mhurhangee/ep-ind-claims huggingface dataset:
A terminal, comprising: a conductive terminal main body including a terminal contact portion to be in contact with a mating terminal; and an insulating leading-end insulation portion that is fixed to the terminal main body and that protrudes in front of a leading end of the terminal contact portion, wherein the terminal contact portion is formed in a cylindrical shape including a rod through-hole penetrating in an axial direction and an extended diameter portion at a back end side of the rod through-hole, the extended diameter portion having a diameter larger than that of the rod through-hole; the leading-end insulation portion is formed as a part of an insulation member including a penetrating rod portion penetrating through the rod through-hole and protruding to the back end side of the rod through-hole, a back end portion of the penetrating rod portion at the back end side of the rod through-hole expanded according to a shape of the extended diameter portion; and the leading-end insulation portion and the back end side of the penetrating rod portion are respectively engaged with respect to the terminal main body in a removal direction to thereby fix the insulation member to the terminal main body. a conductive terminal main body including a terminal contact portion to be in contact with a mating terminal; and an insulating leading-end insulation portion that is fixed to the terminal main body and that protrudes in front of a leading end of the terminal contact portion, wherein the terminal contact portion is formed in a cylindrical shape including a rod through-hole penetrating in an axial direction and an extended diameter portion at a back end side of the rod through-hole, the extended diameter portion having a diameter larger than that of the rod through-hole; the leading-end insulation portion is formed as a part of an insulation member including a penetrating rod portion penetrating through the rod through-hole and protruding to the back end side of the rod through-hole, a back end portion of the penetrating rod portion at the back end side of the rod through-hole expanded according to a shape of the extended diameter portion; and the leading-end insulation portion and the back end side of the penetrating rod portion are respectively engaged with respect to the terminal main body in a removal direction to thereby fix the insulation member to the terminal main body.
A salt product which comprises particles containing salt and an organic material that is a solid at ambient temperature, the particles of said product having a structure comprised of individual crystallites of sodium chloride attached together in the particle wherein more than 95% of the particles have a size less than 50μm and wherein a substantial proportion of the particles are hollow and are formed of an outer shell of said crystallites.
Method, for a provider entity belonging to a provider group, to authenticate the belonging of this provider entity to an attribute provider group at a verification entity belonging at least to a consumer group and to an attribute verification group, in a non-traceable manner without necessitating to share secret or large constants compromising privacy, both the provider entity and the verification entity comprising at least one attribute group arborescence, this attribute group arborescence being shared by the provider entity and the verification entity when the provider entity has the attribute, each group being authenticated by an authority that stores a group secret key into the entities under its authority, said method being characterized in that it comprises the preliminary step of providing each entity from each group with a set of authentication tokens, one for each of the other groups with which the entity is intended to communicate, said authentication token comprising at least a random number and a cryptogram of at least this random number encrypted by the secret key of each of these other groups; said method further comprising the steps of, when a verification is triggered, - for the verification entity, calculating a certificate from the attribute group arborescence, said certificate being calculated from the authentication tokens of the groups along the arborescence from the attribute verification group's token to the consumer group's token, - establishing a secure channel based on the exchange of the cryptograms of the provider group and of the consumer group and sending the calculated certificate to the provider entity, - for the provider entity, receiving and decrypting said certificate using the successive keys of the groups in the arborescence, - using the decrypted random number of the authentication token of the attribute provider group to establish an attribute level's secure channel with the verification entity. - for the verification entity, calculating a certificate from the attribute group arborescence, said certificate being calculated from the authentication tokens of the groups along the arborescence from the attribute verification group's token to the consumer group's token, - establishing a secure channel based on the exchange of the cryptograms of the provider group and of the consumer group and sending the calculated certificate to the provider entity, - for the provider entity, receiving and decrypting said certificate using the successive keys of the groups in the arborescence, - using the decrypted random number of the authentication token of the attribute provider group to establish an attribute level's secure channel with the verification entity.
A sunscreen composition comprising (a) a surfactant, (b) water, (c) an oil component, and (d) a water soluble ultraviolet absorbent and/or oil soluble ultraviolet absorbent that characteristically assumes the bicontinuous microemulsion phase at 25°C, wherein the blend ratios of the essential ingredients (a)-(d) to prepare a sunscreen composition in the bicontinuous microemulsion phase are determined by preparing a phase equilibrium diagram. (a) a surfactant, (b) water, (c) an oil component, and (d) a water soluble ultraviolet absorbent and/or oil soluble ultraviolet absorbent that characteristically assumes the bicontinuous microemulsion phase at 25°C, wherein the blend ratios of the essential ingredients (a)-(d) to prepare a sunscreen composition in the bicontinuous microemulsion phase are determined by preparing a phase equilibrium diagram.
A computer-implemented method of providing a security layer, discrete from a messaging application, comprising: generating a sensitive message; and communicating with a backend server to negotiate a security key, the communicating includes negotiating a policy and an ID of the sensitive message with the backend server, and the sensitive message includes header information for accessing the backend server, the method further comprising: encrypting the sensitive message to produce an encrypted message; embedding the encrypted message in an image via steganography for securing the sensitive message; and sending the image via the messaging application, wherein the messaging application is operable to send a message including the image via a network interface. generating a sensitive message; and communicating with a backend server to negotiate a security key, the communicating includes negotiating a policy and an ID of the sensitive message with the backend server, and the sensitive message includes header information for accessing the backend server, the method further comprising: encrypting the sensitive message to produce an encrypted message; embedding the encrypted message in an image via steganography for securing the sensitive message; and sending the image via the messaging application, wherein the messaging application is operable to send a message including the image via a network interface. encrypting the sensitive message to produce an encrypted message; embedding the encrypted message in an image via steganography for securing the sensitive message; and sending the image via the messaging application, wherein the messaging application is operable to send a message including the image via a network interface.
Protective cap for plug connector housings that are provided for receiving plug connector modules, wherein the protective cap forms a plug-in side, and wherein the plug-in side is provided so as to seal a plug connector housing with respect to the environment, wherein the plug-in side of the protective cap forms two resilient arms so as to retain a plug connector housing, wherein the plug-in side of the protective cap comprises at least one receiving device, characterized in that the at least one receiving device is embodied from an elastic polymer, that the receiving device is embodied so as to contact a plug connector module in a mechanical manner and can latch with said plug connector module, and that the plug connector module together with the protective cap can be pulled off the plug connector housing.
A method for data transmission, applied to an Internet of vehicles system, comprising acquiring, by a terminal device, version information of data to be sent; and determining, by the terminal device, a transmission mechanism for transmitting the data to be sent, according to the version information of the data to be sent, wherein, acquiring, by the terminal device, the version information of the data to be sent comprises: determining, by the terminal device, the version information of the data to be sent according to at least one piece of information of the following information: a service identifier, an Internet Protocol, IP, address, a service type, a service requirement, a Fully Qualified Domain Name, FQDN, layer-2 address information, Proximity-based Service, ProSe, Per-Packet Priority, PPPP information, or ProSe Per-Packet Reliability, PPPR, information, wherein the version information is used for indicating a protocol version for a service corresponding to the data to be sent. acquiring, by a terminal device, version information of data to be sent; and determining, by the terminal device, a transmission mechanism for transmitting the data to be sent, according to the version information of the data to be sent, wherein, acquiring, by the terminal device, the version information of the data to be sent comprises: determining, by the terminal device, the version information of the data to be sent according to at least one piece of information of the following information: a service identifier, an Internet Protocol, IP, address, a service type, a service requirement, a Fully Qualified Domain Name, FQDN, layer-2 address information, Proximity-based Service, ProSe, Per-Packet Priority, PPPP information, or ProSe Per-Packet Reliability, PPPR, information, wherein the version information is used for indicating a protocol version for a service corresponding to the data to be sent. determining, by the terminal device, the version information of the data to be sent according to at least one piece of information of the following information: a service identifier, an Internet Protocol, IP, address, a service type, a service requirement, a Fully Qualified Domain Name, FQDN, layer-2 address information, Proximity-based Service, ProSe, Per-Packet Priority, PPPP information, or ProSe Per-Packet Reliability, PPPR, information, wherein the version information is used for indicating a protocol version for a service corresponding to the data to be sent.
Apparatus for camshaft adjustment of an internal combustion engine having a camshaft with at least one cam piece which is arranged fixedly thereon so as to rotate with it, and an axial slotted guide with two slotted guide tracks (32, 34) in each case in the form of a control groove which is made in the circumferential face of the camshaft, the two slotted guide tracks (32, 34) coinciding in terms of shape and course in a common track section which merges at a branching point into two coupling-in sections (37, 38), which run axially next to one another, of in each case one of the two slotted guide tracks, and having at least one actuating element which can be coupled into the axial slotted guide radially with respect to the camshaft for displacing the cam piece in the axial direction, characterized in that the branching point is set up in such a way that the actuating element which is guided during a reverse rotation of the camshaft counter to the provided rotational direction, starting from the common track section, in the direction of the branching point runs into a yielding path which forms a continuation of the common track section beyond the branching point.
A vehicle radar system arranged to detect a plurality of objects outside a vehicle, the radar system comprising a radar detector and a processing unit arrangement, the processing unit arrangement being arranged to obtain at least one total detection angle (φ dT, φ dT ') relative to an x-axis and at least one corresponding detected target Doppler velocity (v Doppler) relative to the radar detector for each detected object (5, 6; 10, 11) during a certain time interval, characterized in that the processing unit arrangement is adapted to classify each detected object as moving or stationary relative to the surrounding environment, and to determine a relation between the number of detections that has been classified as stationary and the total number of detections, where the processing unit arrangement further is adapted to determine whether the radar detector is misaligned based on said relation, where the total detection angle (φ dT, φ dT ') equals the sum of a known mounting angle (φ m) between the x-axis and the radar detector's mounting direction, and a detection angle (φ d, φ d '), where the processing unit arrangement is adapted to calculate a percentage fraction by dividing the number of detections that has been classified as stationary with the total number of detections, where the processing unit arrangement further is adapted to compare the percentage fraction with a threshold value, and to determine that the radar detector is misaligned when the percentage fraction falls below the threshold value.
An adhesive patch including a medicine comprising: a support; a pressure-sensitive adhesive layer provided on the support; and a release liner attached on the pressure-sensitive adhesive layer so as to cover the surface of the pressure-sensitive adhesive layer, wherein the support is a 3D patterned sheet characterized in that a plurality of protruded lines and recessed lines which extend parallel and linearly from a base part are formed in each of a plurality of regions, whereby the appearance of the protruded lines and recessed lines is different for each region, and the 3D patterned sheet is formed so that one surface of the sheet is determined to be a front surface and the other surface is determined to be a back surface, the front surface having a pattern formed by the protruded lines and recessed lines, the back surface being smooth, and the pressure-sensitive adhesive layer being provided on the back surface, walls of the protruded lines and recessed lines in some of the regions are formed to be inclined by different inclination angles with respect to the base part, and the protruded lines have different heights from the base part, serving as physical parameters of the protruded lines and recessed lines, the height measured toward a predetermined direction in the sheet. a support; a pressure-sensitive adhesive layer provided on the support; and a release liner attached on the pressure-sensitive adhesive layer so as to cover the surface of the pressure-sensitive adhesive layer, wherein the support is a 3D patterned sheet characterized in that a plurality of protruded lines and recessed lines which extend parallel and linearly from a base part are formed in each of a plurality of regions, whereby the appearance of the protruded lines and recessed lines is different for each region, and the 3D patterned sheet is formed so that one surface of the sheet is determined to be a front surface and the other surface is determined to be a back surface, the front surface having a pattern formed by the protruded lines and recessed lines, the back surface being smooth, and the pressure-sensitive adhesive layer being provided on the back surface, walls of the protruded lines and recessed lines in some of the regions are formed to be inclined by different inclination angles with respect to the base part, and the protruded lines have different heights from the base part, serving as physical parameters of the protruded lines and recessed lines, the height measured toward a predetermined direction in the sheet.
A catalyst converter for purifying exhaust gas, the catalyst converter comprising: a heater having a winding portion which is wound so as to have a space therein; an inner monolith called a catalyst support which is inserted in the inner circumferential portion of the heater winding portion, wherein the inner monolith comprises a number of hollow cells on the surfaces of which a catalyst has been coated and which are formed in the lengthy direction; an outer monolith called a catalyst support which is inserted in the outer circumferential portion of the heater winding portion, wherein the outer monolith comprises a number of hollow cells on the surfaces of which a catalyst has been coated and which are formed in the lengthy direction; and a housing which comprises an inlet through which exhaust gas to be processed is introduced and an outlet through which the processed exhaust gas is exhausted near both side ends thereof, wherein a support assembly where the inner monolith and the outer monolith are assembled in the inside/outside of the heater winding portion is assembled in the housing; characterized in that the heater has a pair of electric power terminals (61, 62) which are extended in a straight line form extending from both sides of the winding portion. a heater having a winding portion which is wound so as to have a space therein; an inner monolith called a catalyst support which is inserted in the inner circumferential portion of the heater winding portion, wherein the inner monolith comprises a number of hollow cells on the surfaces of which a catalyst has been coated and which are formed in the lengthy direction; an outer monolith called a catalyst support which is inserted in the outer circumferential portion of the heater winding portion, wherein the outer monolith comprises a number of hollow cells on the surfaces of which a catalyst has been coated and which are formed in the lengthy direction; and a housing which comprises an inlet through which exhaust gas to be processed is introduced and an outlet through which the processed exhaust gas is exhausted near both side ends thereof, wherein a support assembly where the inner monolith and the outer monolith are assembled in the inside/outside of the heater winding portion is assembled in the housing; characterized in that the heater has a pair of electric power terminals (61, 62) which are extended in a straight line form extending from both sides of the winding portion.
A fluid measurement system, comprising: a Coriolis flowmeter comprising: a meter electronics comprising a processing system and a storage system; a sensor assembly comprising conduits (103A, 103B), wherein the sensor assembly is in communication with meter electronics; a plurality of pickoffs (105, 105') affixed to the conduits (103A, 103B), wherein the plurality of pickoffs (105, 105') is in communication with the meter electronics; and a driver affixed to the conduits (103A, 103B), wherein the driver is in communication with the meter electronics; wherein the meter electronics is configured to measure a fluid flow of a process fluid under acceleration through the sensor assembly, and characterized in that the fluid measurement system comprises: a gyroscopic sensor in communication with the meter electronics; and at least one actuator (406X, 406Y, 406Z, 412) coupled to the Coriolis flowmeter. a meter electronics comprising a processing system and a storage system; a sensor assembly comprising conduits (103A, 103B), wherein the sensor assembly is in communication with meter electronics; a plurality of pickoffs (105, 105') affixed to the conduits (103A, 103B), wherein the plurality of pickoffs (105, 105') is in communication with the meter electronics; and a driver affixed to the conduits (103A, 103B), wherein the driver is in communication with the meter electronics; wherein the meter electronics is configured to measure a fluid flow of a process fluid under acceleration through the sensor assembly, and characterized in that the fluid measurement system comprises: a gyroscopic sensor in communication with the meter electronics; and at least one actuator (406X, 406Y, 406Z, 412) coupled to the Coriolis flowmeter. a gyroscopic sensor in communication with the meter electronics; and at least one actuator (406X, 406Y, 406Z, 412) coupled to the Coriolis flowmeter.
A balanced parametric circuit, comprising: a first resonant structure comprising a first plurality of varactor diodes; and a second resonant structure comprising a second plurality of varactor diodes, the first and second resonant structures are coupled to form a coupled structure having at least two orthogonal resonant modes, wherein a first resonant mode is resonant at a first frequency of an input signal and a second resonant mode is resonant at a second frequency of a pump signal, wherein the pump signal is used to one of amplify the first signal at the first frequency or mix and amplify the first signal to a frequency higher than the first frequency. a first resonant structure comprising a first plurality of varactor diodes; and a second resonant structure comprising a second plurality of varactor diodes, the first and second resonant structures are coupled to form a coupled structure having at least two orthogonal resonant modes, wherein a first resonant mode is resonant at a first frequency of an input signal and a second resonant mode is resonant at a second frequency of a pump signal, wherein the pump signal is used to one of amplify the first signal at the first frequency or mix and amplify the first signal to a frequency higher than the first frequency.
Hydraulic drive system for moving at least one movable stage element of a theatre stage, the hydraulic drive system comprising a first hydraulic pump, an accumulator unit, at least one actuating member and at least one first shut-off valve unit, it being possible for the first hydraulic pump to deliver hydraulic fluid, in order to fill the accumulator unit with pressurized hydraulic fluid, it being possible for the actuating member to be brought into a drive connection with the movable stage element of the theatre stage, characterized in that a second hydraulic pump is connected to the accumulator unit, it being possible for the said second hydraulic pump to control the fluid flow from the accumulator unit to an associated actuating member, the first shut-off valve unit being arranged between the actuating member and the second hydraulic pump, with the result that it can selectively shut off a fluid flow from the actuating member to the accumulator unit, it also being possible for the second hydraulic pump to be operated as a hydraulic motor, the second hydraulic pump being in a rotary drive connection with an electric motor, the electric motor being connected to a speed control device which can set the rotational speed of the electric motor to a predefinable setpoint value.
A small-sized vehicle comprising a clear windscreen on a front side of the vehicle relative to a steering handlebar, wherein clear grip cover portions (41L, 41R) respectively covering handle grips (21L, 21R) in a front view of the vehicle are formed integrally with the windscreen in such a way as to bulge therefrom outward in a vehicle width direction, the handle grips (21L, 21R) being provided to both end portions of the steering handlebar, respectively, characterized in that the grip cover portions (41L, 41R) are connected to the windscreen respectively via stair portions (71L, 71R) having such shapes that the grip cover portions (41L, 41R) are situated rearward of a surface of the windscreen.