mhurhangee/ep-ind-claims huggingface dataset:
A polyamide resin composition comprising: semi-aromatic polyamide resin comprising a dicarboxylic acid unit including 40 to 100 mol% of an aromatic dicarboxylic acid unit and an aliphatic diamine unit; and glass fiber, where a content of a terminal carboxyl group [COOH] and a content of a terminal amino group [NH 2] of a molecular chain in the semi-aromatic polyamide resin satisfy the following conditions: [COOH] > 37 μeq/g; [NH 2] > 80 μeq/g; and, [NH 2]/[COOH] > 1, and wherein the glass fiber comprises a binder in an amount greater than or equal to 0.50 wt% based on the total weight of a binder-containing glass fiber. semi-aromatic polyamide resin comprising a dicarboxylic acid unit including 40 to 100 mol% of an aromatic dicarboxylic acid unit and an aliphatic diamine unit; and glass fiber, where a content of a terminal carboxyl group [COOH] and a content of a terminal amino group [NH 2] of a molecular chain in the semi-aromatic polyamide resin satisfy the following conditions: [COOH] > 37 μeq/g; [NH 2] > 80 μeq/g; and, [NH 2]/[COOH] > 1, and wherein the glass fiber comprises a binder in an amount greater than or equal to 0.50 wt% based on the total weight of a binder-containing glass fiber.
A ploughshare comprising a wearing-part arrangement for a leading edge of a plough body, the leading edge being provided on the ploughshare, in said wearing part arrangement a plough point is releasably attached, the plough point is provided with a pointed front portion, wherein at least the front portion is mirror-symmetrical around a longitudinal axis of the plough point and is provided with a first oblique face and a second oblique face diverging in a direction of a socket on the plough point and merging with a first side edge surface and a second side edge surface, the plough point being attached to an upward-facing sliding surface of the ploughshare by a wearing-part holder, characterized in that, when the plough point is attached to the ploughshare, at least a rear portion of the second oblique face and the second side edge surface adjacent to the second oblique face project beyond a share side edge of the ploughshare.
A transport refrigeration unit including a compressor, a primary refrigerant circuit including heat rejection heat exchanger downstream of said compressor, and a heat absorption heat exchanger downstream of said heat rejection heat exchanger, the transport refrigeration unit comprising: a barrier to separate a first portion of the transport refrigeration unit to operate in a refrigerated environment from a second portion; at least one damper door in the refrigerated portion, the damper door to move between three or more positions and an actuator operatively coupled to move the damper door, characterised in that the actuator is positioned outside of the refrigerated environment and in the second portion, and is configured to support movement of the damper door between an open position and a closed position, and in that the transport refrigeration unit is configured to move the damper door to a plurality of intermediate positions to vary a transport refrigeration unit humidity capacity. a barrier to separate a first portion of the transport refrigeration unit to operate in a refrigerated environment from a second portion; at least one damper door in the refrigerated portion, the damper door to move between three or more positions and an actuator operatively coupled to move the damper door, characterised in that the actuator is positioned outside of the refrigerated environment and in the second portion, and is configured to support movement of the damper door between an open position and a closed position, and in that the transport refrigeration unit is configured to move the damper door to a plurality of intermediate positions to vary a transport refrigeration unit humidity capacity.
A drainage tube assembly for an external incontinence device, the drainage tube assembly comprising: a drainage tube with an atmospheric equilibrium valve assembly disposed exterior to the drainage tube, the atmospheric equilibrium valve assembly comprising: an airway conduit disposed substantially parallel to the drainage tube, the airway conduit having an upper portion in fluid communication with the drainage tube, and a lower portion having an air inlet chamber disposed in direct fluid communication with air external to the drainage tube assembly; and a one-way air valve disposed in the airway conduit above the air inlet chamber, characterised by the one-way air valve comprising a first pair of opposing walls disposed at a first set of opposing angles such that the first pair of opposing walls abut each other at a first apex, the first apex having a self-sealing slit. an airway conduit disposed substantially parallel to the drainage tube, the airway conduit having an upper portion in fluid communication with the drainage tube, and a lower portion having an air inlet chamber disposed in direct fluid communication with air external to the drainage tube assembly; and a one-way air valve disposed in the airway conduit above the air inlet chamber, characterised by the one-way air valve comprising a first pair of opposing walls disposed at a first set of opposing angles such that the first pair of opposing walls abut each other at a first apex, the first apex having a self-sealing slit.
A method of updating a remote storage data set, the method comprising: receiving at a remote service, from a local service, a location of a remote storage data set at the remote service; determining that the remote storage data set exists at the remote service; copying the remote storage data set at the remote service to a copy of the remote storage data set prior to receiving a change to be applied to the copy of the remote storage data set from the local service; determining which blocks are to be uploaded by the local service to the remote service in order to update the remote storage data set; for each block to be uploaded by the local service to the remote service, clearing a corresponding block of the copy of the remote storage data set to increase sparseness; receiving the change to be applied to the copy of the remote storage data set from the local service, the change comprising individual blocks of data; and applying the change to the copy of the remote storage data set, wherein the remote storage data set corresponds to a virtual hard disk file on the local service. receiving at a remote service, from a local service, a location of a remote storage data set at the remote service; determining that the remote storage data set exists at the remote service; copying the remote storage data set at the remote service to a copy of the remote storage data set prior to receiving a change to be applied to the copy of the remote storage data set from the local service; determining which blocks are to be uploaded by the local service to the remote service in order to update the remote storage data set; for each block to be uploaded by the local service to the remote service, clearing a corresponding block of the copy of the remote storage data set to increase sparseness; receiving the change to be applied to the copy of the remote storage data set from the local service, the change comprising individual blocks of data; and applying the change to the copy of the remote storage data set, wherein the remote storage data set corresponds to a virtual hard disk file on the local service.
A power semiconductor device, comprising: - a semiconductor body which includes a first main surface and a second main surface, - a gate insulator arranged at the first main surface, and - a gate electrode separated from the semiconductor body by the gate insulator, wherein the semiconductor body comprises - a drift layer of a first conductivity type, - a well layer of a second conductivity type being different from the first conductivity type and forming a first junction to the drift layer, - a source region of the first conductivity type forming a second junction to the well layer, and - an island region of the second conductivity type, wherein the source region separates the island region from the well layer in at least 50 % of an island surface area of the island region in the semiconductor body, characterized in that - the source region has the form of an interdigitated finger structure, - the well layer is located between fingers (32, 32') of the interdigitated finger structure, - the island region is located in a finger of the interdigitated finger structure at the first main surface. - a semiconductor body which includes a first main surface and a second main surface, - a gate insulator arranged at the first main surface, and - a gate electrode separated from the semiconductor body by the gate insulator, - a drift layer of a first conductivity type, - a well layer of a second conductivity type being different from the first conductivity type and forming a first junction to the drift layer, - a source region of the first conductivity type forming a second junction to the well layer, and - an island region of the second conductivity type, wherein the source region separates the island region from the well layer in at least 50 % of an island surface area of the island region in the semiconductor body, characterized in that - the source region has the form of an interdigitated finger structure, - the well layer is located between fingers (32, 32') of the interdigitated finger structure, - the island region is located in a finger of the interdigitated finger structure at the first main surface.
Method for automatically assisting the route planning between a starting point and a destination, including - ascertainment of at least one respective traffic route between the starting point and the destination for different means of transport by a traffic route ascertainment unit, and association of the at least one means of transport with the respective traffic route, - ascertainment of emission information by an emission ascertainment unit for each traffic route on the basis of the means of transport which are associated therewith and on the basis of the traffic route length of the respective traffic route, and - assistance of the route planning between starting point and destination on the basis of the emission information, whereby the emission information is ascertained by taking account of statistical average values for the energy consumptions of the individual means of transport, characterized in that it is ascertained by taking into account of different methods of energy provision of the individual means of transport. - ascertainment of at least one respective traffic route between the starting point and the destination for different means of transport by a traffic route ascertainment unit, and association of the at least one means of transport with the respective traffic route, - ascertainment of emission information by an emission ascertainment unit for each traffic route on the basis of the means of transport which are associated therewith and on the basis of the traffic route length of the respective traffic route, and - assistance of the route planning between starting point and destination on the basis of the emission information,
A child safety seat having a seat area laterally delimited by side walls, a backrest and possibly a headrest, in particular a child safety seat for babies and children up to the age of 14, having a seat/lying shell with a head end and a foot end which has elevated side walls in side regions, wherein at least in the region of the side walls of the child safety seat, at least one energy-absorbing measure is provided in the form of at least one energy absorption unit arranged on a side wall of the side region and/or of the backrest and/or of the headrest having deformation projections and/or recesses extending roughly perpendicularly and/or parallel to the extension of the side wall, characterized in that the energy absorption unit is configured as a three-dimensionally shaped moulded body which comprises a base area and also deformation projections and/or recesses formed therefrom, which are deformable during energy absorption, wherein on at least one edge of the base area of the three-dimensionally shaped moulded body, a side wall (32, 33, 33') is elevated therefrom, so that a kind of "absorption box" is created which can be inserted and exchanged as a separate side wall element in the side wall of the backrest and/or of the seat region and/or of the headrest.
A secure wireless data communications device for transmitting plain text in an encrypted message comprising cipher text and an initialization vector, the device comprising: a seed generator for performing a one-way hashing algorithm using a secret key, a device address, and a changing reference value for generating a seed; a random initialization vector, IV, generator for generating a random IV; a key encryptor for generating a key sequence based upon the seed and the random IV, wherein the seed is different from the random IV; a logic circuit for generating cipher text based upon the key sequence and plain text; and a wireless communications device connected to said logic circuit and said random IV generator for wirelessly transmitting the encrypted message comprising the cipher text and random IV, characterized in that the one-way hashing algorithm is MD5 or SHA-1, wherein said wireless communications device has associated therewith a media access controller, MAC, layer, and wherein the changing reference value comprises a MAC layer sequence number which is updated at the transmission of each encrypted message. a seed generator for performing a one-way hashing algorithm using a secret key, a device address, and a changing reference value for generating a seed; a random initialization vector, IV, generator for generating a random IV; a key encryptor for generating a key sequence based upon the seed and the random IV, wherein the seed is different from the random IV; a logic circuit for generating cipher text based upon the key sequence and plain text; and a wireless communications device connected to said logic circuit and said random IV generator for wirelessly transmitting the encrypted message comprising the cipher text and random IV, characterized in that the one-way hashing algorithm is MD5 or SHA-1, wherein said wireless communications device has associated therewith a media access controller, MAC, layer, and wherein the changing reference value comprises a MAC layer sequence number which is updated at the transmission of each encrypted message.
Method of making a container body, comprising the steps of: i) providing a round container body; ii) forming at least one circumferential bead in the container body; iii) axially compressing the container body to kink and axially close the kinked bead (10, 31), and wherein the kinked bead (10, 31) is radially compressed, characterized in that the radial compression uses tools (36 and 37) of which one tool is provided with a cavity for receiving and accommodating the bead (39, 46). i) providing a round container body; ii) forming at least one circumferential bead in the container body; iii) axially compressing the container body to kink and axially close the kinked bead (10, 31), and wherein the kinked bead (10, 31) is radially compressed, characterized in that the radial compression uses tools (36 and 37) of which one tool is provided with a cavity for receiving and accommodating the bead (39, 46).
Method of displaying a user interface by a services access device connected to a network, comprising the following steps, implemented by said device: - displaying a first user interface, constructed uniquely from a locally stored first set of user interface display elements giving access to a first set of services; - transmitting to said network a request for reception of a second set of user interface display elements giving access to a second set of services; - receiving, from said network, at least part of said second set of user interface display elements and constructing a second user interface from said received at least part of said second set of user interface display elements; and switching over to displaying said constructed second user interface when said at least part of said second set of user interface display elements is received, said second user interface replacing said first user interface. - displaying a first user interface, constructed uniquely from a locally stored first set of user interface display elements giving access to a first set of services; - transmitting to said network a request for reception of a second set of user interface display elements giving access to a second set of services; - receiving, from said network, at least part of said second set of user interface display elements and constructing a second user interface from said received at least part of said second set of user interface display elements; and switching over to displaying said constructed second user interface when said at least part of said second set of user interface display elements is received, said second user interface replacing said first user interface.
A compressor apparatus comprising: a housing having first and second ports along a flow path; two working elements (26; 28) comprising a male-lobed rotor and a female-lobed rotor cooperating with the housing to define a compression path between suction and discharge locations along the flow path; and an unloading valve having: a valve element having a portion along the mesh zone between the rotors and a range between a first condition and a second condition, the second condition being unloaded relative to the first condition, characterised in that the unloading valve comprises means biasing the valve element toward a third condition intermediate the first and second conditions in displacement volume, the biasing being from both the first condition and the second condition. a housing having first and second ports along a flow path; two working elements (26; 28) comprising a male-lobed rotor and a female-lobed rotor cooperating with the housing to define a compression path between suction and discharge locations along the flow path; and an unloading valve having: a valve element having a portion along the mesh zone between the rotors and a range between a first condition and a second condition, the second condition being unloaded relative to the first condition, characterised in that the unloading valve comprises means biasing the valve element toward a third condition intermediate the first and second conditions in displacement volume, the biasing being from both the first condition and the second condition. a valve element having a portion along the mesh zone between the rotors and a range between a first condition and a second condition, the second condition being unloaded relative to the first condition, characterised in that the unloading valve comprises means biasing the valve element toward a third condition intermediate the first and second conditions in displacement volume, the biasing being from both the first condition and the second condition.
A semiconductor light emitting device (1a-1h), comprising: a semiconductor layer including a first face, a second face opposite to the first face, a side face, and a light emitting layer; wherein the second face has a first region that includes the light emitting layer or faces the light emitting layer, and a second region that does not include the light emitting layer or does not face the light emitting layer; and further comprising: a p-side electrode provided on the second face; an n-side electrode provided on the side face not including the light emitting layer; a first p-side metal layer provided on the p-side electrode and connected electrically with the p-side electrode; a second p-side metal layer connected electrically with the first p-side metal layer on the first p-side metal layer, and provided, extending from on the first p-side metal layer to on a first insulating layer, characterised by: a first n-side metal layer provided to surround continuously a periphery of the side face of the semiconductor layer and the n-side electrode provided on the side face and connected electrically with the n-side electrode; the first insulating layer provided on a surface of the first n-side metal layer;; and a second n-side metal layer provided on the first n-side metal layer in a peripheral region of the semiconductor layer and connected electrically with the first n-side metal layer. a semiconductor layer including a first face, a second face opposite to the first face, a side face, and a light emitting layer; wherein the second face has a first region that includes the light emitting layer or faces the light emitting layer, and a second region that does not include the light emitting layer or does not face the light emitting layer; and further comprising: a p-side electrode provided on the second face; an n-side electrode provided on the side face not including the light emitting layer; a first p-side metal layer provided on the p-side electrode and connected electrically with the p-side electrode; a second p-side metal layer connected electrically with the first p-side metal layer on the first p-side metal layer, and provided, extending from on the first p-side metal layer to on a first insulating layer, a p-side electrode provided on the second face; an n-side electrode provided on the side face not including the light emitting layer; a first p-side metal layer provided on the p-side electrode and connected electrically with the p-side electrode; a second p-side metal layer connected electrically with the first p-side metal layer on the first p-side metal layer, and provided, extending from on the first p-side metal layer to on a first insulating layer, a first n-side metal layer provided to surround continuously a periphery of the side face of the semiconductor layer and the n-side electrode provided on the side face and connected electrically with the n-side electrode; the first insulating layer provided on a surface of the first n-side metal layer;; and a second n-side metal layer provided on the first n-side metal layer in a peripheral region of the semiconductor layer and connected electrically with the first n-side metal layer.
A current detection circuit (10, 11, T) adapted for a switching power source (1A, 1B), the current detection circuit comprising: a transformer (11, T); a current detection unit (CT, 101), which is series connected to a primary winding (111, T1) of the transformer (11, T), and which is arranged to detect current (I am) flowing through the primary side of the transformer (11, T), the current detection circuit characterised by: an inductor (L a, L ma) connected in parallel to a series connection portion, in which the primary winding (111, T1) of the transformer (11, T) and the current detection unit (CT, 101) are series connected to each other, wherein an inductance of the inductor (L ma) is smaller than an excitation inductance of the primary winding of the transformer (11, T). a transformer (11, T); a current detection unit (CT, 101), which is series connected to a primary winding (111, T1) of the transformer (11, T), and which is arranged to detect current (I am) flowing through the primary side of the transformer (11, T), the current detection circuit characterised by: an inductor (L a, L ma) connected in parallel to a series connection portion, in which the primary winding (111, T1) of the transformer (11, T) and the current detection unit (CT, 101) are series connected to each other, wherein an inductance of the inductor (L ma) is smaller than an excitation inductance of the primary winding of the transformer (11, T). an inductor (L a, L ma) connected in parallel to a series connection portion, in which the primary winding (111, T1) of the transformer (11, T) and the current detection unit (CT, 101) are series connected to each other, wherein an inductance of the inductor (L ma) is smaller than an excitation inductance of the primary winding of the transformer (11, T).