mhurhangee/ep-ind-claims huggingface dataset:
An amusement ride vehicle comprising: a body having a forward end, a rearward end, an underside and opposite sides and at least one of recesses and protrusions on a perimeter surface of body, the at least one of recesses and protrusions defining fluid impact surfaces, the fluid impact surfaces being at an angle to an intended direction of motion of the vehicle to affect motion of the vehicle when the fluid impact surfaces are impacted by a fluid, wherein the at least one of recesses and protrusions comprise a plurality of recesses or a plurality of protrusions, characterised in that the plurality of recesses or the plurality of protrusions are spaced along the opposite sides of the vehicle body.
A method performed by network equipment (300, 400) configured as a first proxy for a first core network domain of a wireless communication system, the method comprising: receiving a message that has been, or is to be, transmitted between the different core network domains, wherein said receiving comprises receiving the message from a second proxy that is a proxy for a second core network domain; and performing inter-domain security measures according to a security policy that indicates which one or more portions of the message are to be used by the inter-domain security measures and/or which types of messages are to be used by the inter-domain security measures, the method characterised in that performing the inter-domain security measures using the one or more indicated portions comprises verifying whether a core network domain identified from the one or more indicated portions is the second core network domain for which the second proxy is a proxy. receiving a message that has been, or is to be, transmitted between the different core network domains, wherein said receiving comprises receiving the message from a second proxy that is a proxy for a second core network domain; and performing inter-domain security measures according to a security policy that indicates which one or more portions of the message are to be used by the inter-domain security measures and/or which types of messages are to be used by the inter-domain security measures, the method characterised in that performing the inter-domain security measures using the one or more indicated portions comprises verifying whether a core network domain identified from the one or more indicated portions is the second core network domain for which the second proxy is a proxy.
A lip gloss container, comprising: a cap of a cylindrical member, to a lower center of which a brush rod is fitted and at a lower inner circumference thereof a female screw is formed; a lower container of a cylindrical member, an upper portion of which is open and a bottom portion thereof is closed to contain cosmetic contents; a cylindrical tube having opened top and bottom portions, which is inserted through an upper opening of the lower container; a shoulder member provided with a male screw which is coupled to an upper outer circumference of the cylindrical tube so as to be coupled with a female screw of the cap at the upper outer circumference, an expanded tube portion which is expanded and formed with a larger diameter at a lower portion of the male screw to be coupled to an upper outer circumference of the lower container, a circumferential valve which is fitted to the outer circumference of the cylindrical tube and descends to move the cosmetic contents in the lower container to a lower portion thereof when the cosmetic contents in the lower container are introduced into the cylindrical tube; and a brush rod receiving member which is a cylindrical member with opened upper and lower portions and is vertically movable upward and downward in an inner circumference of the cylindrical tube, on the lower surface of which a fitting portion to which a valve body is fitted is formed, and a wiper member is inserted into an upper inner portion thereof. a cap of a cylindrical member, to a lower center of which a brush rod is fitted and at a lower inner circumference thereof a female screw is formed; a lower container of a cylindrical member, an upper portion of which is open and a bottom portion thereof is closed to contain cosmetic contents; a cylindrical tube having opened top and bottom portions, which is inserted through an upper opening of the lower container; a shoulder member provided with a male screw which is coupled to an upper outer circumference of the cylindrical tube so as to be coupled with a female screw of the cap at the upper outer circumference, an expanded tube portion which is expanded and formed with a larger diameter at a lower portion of the male screw to be coupled to an upper outer circumference of the lower container, a circumferential valve which is fitted to the outer circumference of the cylindrical tube and descends to move the cosmetic contents in the lower container to a lower portion thereof when the cosmetic contents in the lower container are introduced into the cylindrical tube; and a brush rod receiving member which is a cylindrical member with opened upper and lower portions and is vertically movable upward and downward in an inner circumference of the cylindrical tube, on the lower surface of which a fitting portion to which a valve body is fitted is formed, and a wiper member is inserted into an upper inner portion thereof.
A CPU, serving as a main CPU that manages a multi-CPU system, characterized in that the multi-CPU system comprises: a first Quick-Path Interconnect, QPI domain, a second QPI domain, a first node controller NC group, and a second NC group, the first NC group is connected to the first QPI domain and the second QPI domain, the second NC group is connected to the first QPI domain and the second QPI domain, each QPI domain comprises at least one CPU, the main CPU belongs to the first QPI domain or the second QPI domain, the main CPU is configured to: when an NC in the first NC group is to be removed, control all CPUs in the multi-CPU system that perform cross-domain access by using the first NC group, to switch, by modifying a route configuration, to perform cross-domain access by using the second NC group, and when a target NC is added to the first NC group, control at least one CPU that is in the first QPI domain and that performs cross-domain access by using the second NC group, to switch, by modifying a route configuration, to perform cross-domain access by using the target NC, wherein the target NC is connected to the first QPI domain. when an NC in the first NC group is to be removed, control all CPUs in the multi-CPU system that perform cross-domain access by using the first NC group, to switch, by modifying a route configuration, to perform cross-domain access by using the second NC group, and when a target NC is added to the first NC group, control at least one CPU that is in the first QPI domain and that performs cross-domain access by using the second NC group, to switch, by modifying a route configuration, to perform cross-domain access by using the target NC, wherein the target NC is connected to the first QPI domain.
Dose button for a drug delivery device, manufactured by means of a cutting-off process, wherein the material used for the dose button comprises metal, wherein the dose button is configured to be arranged at a proximal end of a housing of the drug delivery device arranged furthest away from a dispensing end of the device and to be pressed to inject a specific dose of a drug, wherein a surface of the dose button is milled or lathed, wherein due to said manufacturing process the surface of the dose button has a specific three-dimensional structure, wherein the surface structure of the dose button is indicative for the drug contained in the drug delivery device.
Tube-bundle heat exchange unit for internals of heat exchangers or reactors, comprising: - a tube bundle, which in turn comprises a plurality of tubes and a plurality of baffles supporting the tubes; - a shell which surrounds said tube bundle, - wherein said baffles are perpendicular to a longitudinal axis of the tube bundle and define through-openings for the tubes, according to a predefined scheme; - wherein the assembly formed by the tube bundle and the shell is demountable; the heat exchange unit being characterized in that: - said shell is structurally cooperating with the tube bundle through said baffles, so as a stress acting on the shell is partially withstood by the tube bundle itself. - a tube bundle, which in turn comprises a plurality of tubes and a plurality of baffles supporting the tubes; - a shell which surrounds said tube bundle, - wherein said baffles are perpendicular to a longitudinal axis of the tube bundle and define through-openings for the tubes, according to a predefined scheme; - wherein the assembly formed by the tube bundle and the shell is demountable; - said shell is structurally cooperating with the tube bundle through said baffles, so as a stress acting on the shell is partially withstood by the tube bundle itself.
Method for correcting a radar signal present in the time domain, having the following steps: determining main peaks (41 to 46) in the spectrum, as obtained by a Fourier transform, of the radar signal, wherein a peak in the spectrum of the radar signal is recognized as a main peak when the amplitude of the peaks is above a predefined threshold value; determining a differential signal present in the frequency domain by setting the components of the main peaks (41 to 46) in the spectrum of the radar signal to zero and thereby removing them; determining an auxiliary signal present in the time domain through an inverse Fourier transform of the differential signal present in the frequency domain; recognizing interference ranges of the radar signal present in the time domain using the auxiliary signal present in the time domain, wherein an interference range is recognized if an absolute value of the auxiliary signal or a change in an amplitude of the auxiliary signal exceeds a predefined threshold value; generating a main signal present in the time domain through an inverse Fourier transform of the components of the main peaks (41 to 46) in the spectrum of the radar signal, and generating a corrected radar signal present in the time domain by interpolating the radar signal present in the time domain in the recognized interference ranges of the radar signal present in the time domain using the main signal present in the time domain. determining main peaks (41 to 46) in the spectrum, as obtained by a Fourier transform, of the radar signal, wherein a peak in the spectrum of the radar signal is recognized as a main peak when the amplitude of the peaks is above a predefined threshold value; determining a differential signal present in the frequency domain by setting the components of the main peaks (41 to 46) in the spectrum of the radar signal to zero and thereby removing them; determining an auxiliary signal present in the time domain through an inverse Fourier transform of the differential signal present in the frequency domain; recognizing interference ranges of the radar signal present in the time domain using the auxiliary signal present in the time domain, wherein an interference range is recognized if an absolute value of the auxiliary signal or a change in an amplitude of the auxiliary signal exceeds a predefined threshold value; generating a main signal present in the time domain through an inverse Fourier transform of the components of the main peaks (41 to 46) in the spectrum of the radar signal, and generating a corrected radar signal present in the time domain by interpolating the radar signal present in the time domain in the recognized interference ranges of the radar signal present in the time domain using the main signal present in the time domain.
Agglomerated boron nitride particles which have a specific surface area of at least 10 m 2 /g and a total pore volume of at most 2.15 cm 3 /g, and the surface of which is constituted by boron nitride primary particles having an average particle size of at least 0.05 μm and at most 1 μm.
An attachment for a syringe or carpule, comprising - a main body that encloses an interior space, into which a protrusion of the syringe or carpule can be inserted, wherein - the main body comprises a jacket surrounding the interior space, and - comprising an inner body connected to the jacket and arranged coaxially thereto, the inner body having an inner wall that, in the attached state of the attachment, contacts an outer surface of the protrusion or of the syringe or carpule by means of an interior surface facing the interior space, wherein - the inner wall of the inner body is connected to the jacket of the attachment by means of a number of webs, characterised in that - at least one web encloses an angle α together with an imaginary radially extending line, the angle α being greater than 0° and acute, such that - the at least one web can be pivoted when a rotational torque is introduced in the attachment such that it extends radially and is thus compressed between the jacket and the inner wall of the inner body. - a main body that encloses an interior space, into which a protrusion of the syringe or carpule can be inserted, wherein - the main body comprises a jacket surrounding the interior space, and - comprising an inner body connected to the jacket and arranged coaxially thereto, the inner body having an inner wall that, in the attached state of the attachment, contacts an outer surface of the protrusion or of the syringe or carpule by means of an interior surface facing the interior space, wherein - the inner wall of the inner body is connected to the jacket of the attachment by means of a number of webs, characterised in that - at least one web encloses an angle α together with an imaginary radially extending line, the angle α being greater than 0° and acute, such that - the at least one web can be pivoted when a rotational torque is introduced in the attachment such that it extends radially and is thus compressed between the jacket and the inner wall of the inner body.
Turbine engine rotor comprising: • a disc of which the periphery comprises a plurality of keyways, • a plurality of removable blades, each blade comprising a blade root having a base provided with a tenon intended to be housed in one of the keyways, and • a downstream flange, secured to said disc against which each blade root bears, said rotor being characterised in that it comprises, between a downstream portion of each blade root and the downstream flange, an elastic abutment intended to maintain a separation between the blade root and the downstream flange, and in that said downstream portion of each blade root is located radially outside of the tenon of said blade base. • a disc of which the periphery comprises a plurality of keyways, • a plurality of removable blades, each blade comprising a blade root having a base provided with a tenon intended to be housed in one of the keyways, and • a downstream flange, secured to said disc against which each blade root bears,
A method comprising: a first database system maintaining a primary database that includes a set of data; receiving, at the first database system, a query over the set of data in the primary database; wherein the query is over one or more query database objects in the primary database; the first database system automatically determining whether to offload the query to a second database system that maintains a standby database that replicates the primary database, comprising: based, at least in part, on determining that at least one of the one or more query database objects is not up-to-date, determining to perform a delayed offload of the query, after a delay, determining that the one or more query database objects are up-to-date, and based on said determining that the one or more query database objects are up-to-date, determining to offload the query to the second database system; in response to determining to offload the query to the second database system, the first database system automatically offloading the query by submitting, to the second database system, a request to run the query over a copy of the set of data in the standby database; receiving, from the second database system, results of the query; and the first database system returning, to the user as results of the query, the query results received from the second database system. a first database system maintaining a primary database that includes a set of data; receiving, at the first database system, a query over the set of data in the primary database; wherein the query is over one or more query database objects in the primary database; the first database system automatically determining whether to offload the query to a second database system that maintains a standby database that replicates the primary database, comprising: based, at least in part, on determining that at least one of the one or more query database objects is not up-to-date, determining to perform a delayed offload of the query, after a delay, determining that the one or more query database objects are up-to-date, and based on said determining that the one or more query database objects are up-to-date, determining to offload the query to the second database system; based, at least in part, on determining that at least one of the one or more query database objects is not up-to-date, determining to perform a delayed offload of the query, after a delay, determining that the one or more query database objects are up-to-date, and based on said determining that the one or more query database objects are up-to-date, determining to offload the query to the second database system; in response to determining to offload the query to the second database system, the first database system automatically offloading the query by submitting, to the second database system, a request to run the query over a copy of the set of data in the standby database; receiving, from the second database system, results of the query; and the first database system returning, to the user as results of the query, the query results received from the second database system.
Method of determining the total body fat of a person, comprising the following steps: - measuring, using an ultrasound device, a subcutaneous fat thickness at four points on the person's body, located in the right anterior part of the left mid-thigh, in the left anterior part of the right mid-thigh, in the right dorsal part at navel level and in the left dorsal part at navel level; and then - determining, using a computer, a first estimate of the person's total body fat as a function of at least the subcutaneous fat thickness measurements at said four points, the first estimate of the person's total body fat being obtained using the equation below: FAT= a ×BMI+ b ×T nav,l +c×T nav,r + d × WP + e × T thigh,r + f × T thigh,l + g × AP thigh +constant, where FAT is the first estimate of the total body fat in kg, BMI is the ratio of the person's weight in kg to the square of his height in m, WP is the waist perimeter passing through the navel, AP thigh is the average of the left and right leg perimeters passing at mid-thigh, T nav,l, T nav,r, T thigh,r and T thigh,l are the fat thicknesses measured in the left dorsal part at navel level, in the right dorsal part at navel level, in the right anterior part of the left mid-thigh and in the left anterior part of the right mid-thigh, in mm, respectively, and where a=0.959, b=0.119, c=-0.044, d=0.13, e=0.586, f=-0.329, g=0.061 and constant=-23.88, when the person is of the female sex; and a=0.733, b=-0.053, c=0.102, d=0.27, e=0.155, f=-0.106, g=0.015 and constant=-31.21 when the person is of the male sex. - measuring, using an ultrasound device, a subcutaneous fat thickness at four points on the person's body, located in the right anterior part of the left mid-thigh, in the left anterior part of the right mid-thigh, in the right dorsal part at navel level and in the left dorsal part at navel level; and then - determining, using a computer, a first estimate of the person's total body fat as a function of at least the subcutaneous fat thickness measurements at said four points,
A light source module comprising: a printed circuit board; a plurality of light sources on the printed circuit board; an optical member on the printed circuit board, the optical member positioned around the plurality of light sources; and a conductive member coupled to the optical member, the conductive member including a protrusion for grounding the conductive member; characterized in that the optical member is disposed between the printed circuit board and the conductive member. a printed circuit board; a plurality of light sources on the printed circuit board; an optical member on the printed circuit board, the optical member positioned around the plurality of light sources; and a conductive member coupled to the optical member, the conductive member including a protrusion for grounding the conductive member; characterized in that the optical member is disposed between the printed circuit board and the conductive member.
A programmable integrated circuit comprising: one or more virtual function hardware accelerators for providing hardware acceleration for a plurality of virtual machines running on a host processor; and a first circuit configured to receive service requests for said one or more virtual function hardware accelerators from said plurality of virtual machines; a second circuit (362, 363, 364) configured to receive data packets from an external data port; and data switching circuitry that is coupled to the first circuit and the second circuit and configured to communicate directly with the one or more virtual function hardware accelerators; wherein said first circuit has a virtual machine manager Quality of Service, VMM QoS, module configured to prioritize processing of service requests from at least one of said plurality of virtual machines in scheduling of the service requests; and said second circuit has a network ingress-egress QoS module (600, 602) configured to operate independently from the VMM QoS module, wherein the network ingress-egress QoS module (600, 602) is configured to determine the order in which said data packets are routed in the programmable integrated circuit. one or more virtual function hardware accelerators for providing hardware acceleration for a plurality of virtual machines running on a host processor; and a first circuit configured to receive service requests for said one or more virtual function hardware accelerators from said plurality of virtual machines; a second circuit (362, 363, 364) configured to receive data packets from an external data port; and data switching circuitry that is coupled to the first circuit and the second circuit and configured to communicate directly with the one or more virtual function hardware accelerators; wherein said first circuit has a virtual machine manager Quality of Service, VMM QoS, module configured to prioritize processing of service requests from at least one of said plurality of virtual machines in scheduling of the service requests; and said second circuit has a network ingress-egress QoS module (600, 602) configured to operate independently from the VMM QoS module, wherein the network ingress-egress QoS module (600, 602) is configured to determine the order in which said data packets are routed in the programmable integrated circuit.
A truncated CsgF peptide that lacks the C-terminal head domain of CsgF and at least part of the neck domain of CsgF, and comprises a CsgG-binding region, and a region that forms a constriction in a pore comprising CsgG and the truncated CsgF peptide.