mhurhangee/ep-ind-claims huggingface dataset:
A locking mechanism of a battery pack comprising: a hook adapted to be provided on a case which contains a battery and is attachable to and detachable from an object equipment by sliding, the hook being adapted to be provided on an upper face of the battery pack and adapted to be locked to a mounting part provided on a bottom face of the object equipment; an elastic body adapted to urge the hook to move upward in a direction of being locked to the mounting part; operation parts for releasing lock which are linked to the hook, the operation parts being adapted to be arranged at both sides of a backward end part in a sliding direction of the case, and the operation parts being adapted to be operated from both sides, whereby the lock between the hook and the mounting part is adapted to be released against the urge by the elastic body. a hook adapted to be provided on a case which contains a battery and is attachable to and detachable from an object equipment by sliding, the hook being adapted to be provided on an upper face of the battery pack and adapted to be locked to a mounting part provided on a bottom face of the object equipment; an elastic body adapted to urge the hook to move upward in a direction of being locked to the mounting part; operation parts for releasing lock which are linked to the hook, the operation parts being adapted to be arranged at both sides of a backward end part in a sliding direction of the case, and the operation parts being adapted to be operated from both sides, whereby the lock between the hook and the mounting part is adapted to be released against the urge by the elastic body.
Scaffold comprising beta cell aggregates, said scaffold further comprising a scaffold sheet comprising a first layer comprising microwells that have a large enough size to contain at least one beta cell aggregate, wherein the aggregates are held by the microwells such that the aggregates are distributed over the scaffold in a predetermined pattern, and wherein the microwell inner surface is constructed from a material that has anti-adhesive properties with respect to the beta cell aggregates.
An information processing device, wherein said information processing device comprises: a storing means configured to store data; a receiving means configured to receive the data and store the data in said storing means; a virus checking means configured to check the data for viruses when the data is received by said receiving means; a sending means configured to send the data stored in said storing means to an external device; a determining means configured to determine whether or not the data has been checked for viruses when the data is sent to said external device by said sending means; and an information adding means configured to add checked information to the data to be sent by said sending means when said determining means determines that the data has been checked for viruses, wherein the checked information indicates that a check for viruses is to be omitted. a storing means configured to store data; a receiving means configured to receive the data and store the data in said storing means; a virus checking means configured to check the data for viruses when the data is received by said receiving means; a sending means configured to send the data stored in said storing means to an external device; a determining means configured to determine whether or not the data has been checked for viruses when the data is sent to said external device by said sending means; and an information adding means configured to add checked information to the data to be sent by said sending means when said determining means determines that the data has been checked for viruses, wherein the checked information indicates that a check for viruses is to be omitted.
A pixel unit structure, comprising a thin film transistor, and a first barrier layer, wherein the first barrier layer is opposite to a drain region of an active layer of the thin film transistor, characterized in that the first barrier layer is connected to a common electrode of an array substrate, and a capacitor is formed between the first barrier layer and the drain region of the active layer, wherein the pixel unit structure further comprises a first insulating layer, and a projection region of the first barrier layer on the first insulating layer completely overlaps with a projection region of the drain region on the first insulating layer; wherein the pixel unit structure further comprises a second barrier layer located on the same layer with the first barrier layer, and the second barrier layer is opposite to a region of the active layer other than the drain region; and wherein the first barrier layer and the second barrier layer are formed integrally. wherein the pixel unit structure further comprises a first insulating layer, and a projection region of the first barrier layer on the first insulating layer completely overlaps with a projection region of the drain region on the first insulating layer; wherein the pixel unit structure further comprises a second barrier layer located on the same layer with the first barrier layer, and the second barrier layer is opposite to a region of the active layer other than the drain region; and wherein the first barrier layer and the second barrier layer are formed integrally.
A method for configuring a user equipment with network connection configuration information that allows the user equipment to access a network that is within range of the user equipment, comprising the steps of a) accessing (S2, S3) account information on the user equipment, b) performing a connection setup procedure to determine network ID information of a network that is within range of the user equipment, the connection setup procedure comprising obtaining (Va) available network ID information and displaying (Vb) the available network ID information to a user for selection (Vc) by that user, the determined network ID information being network ID information selected by the user; c) transmitting, from the user equipment to a configuration server, a connection request comprising the account information and the determined network ID information for the network that is within range of the user equipment, d) at the configuration server, matching the information received in the connection request with a pre-stored set of information, e) transmitting the network connection configuration information from the configuration server to the user equipment, after determining that the received information matches with the pre-stored set of information, and f) configuring the user equipment with the network connection configuration information to allow the user equipment to access said network that is within range of the user equipment, and wherein initiation of the steps a)-f) is performed by the user equipment as a one-touch-client, OTC client, and wherein the configuration server is provided as a one-touch-server. a) accessing (S2, S3) account information on the user equipment, b) performing a connection setup procedure to determine network ID information of a network that is within range of the user equipment, the connection setup procedure comprising obtaining (Va) available network ID information and displaying (Vb) the available network ID information to a user for selection (Vc) by that user, the determined network ID information being network ID information selected by the user; c) transmitting, from the user equipment to a configuration server, a connection request comprising the account information and the determined network ID information for the network that is within range of the user equipment, d) at the configuration server, matching the information received in the connection request with a pre-stored set of information, e) transmitting the network connection configuration information from the configuration server to the user equipment, after determining that the received information matches with the pre-stored set of information, and f) configuring the user equipment with the network connection configuration information to allow the user equipment to access said network that is within range of the user equipment,
A bioabsorbable stent formed from a mixture composed of a bioabsorbable aliphatic polyester and an aromatic compound having one or more aromatic rings selected from the group including 2-hydroxybenzoic acid, 3-hydroxybenzoic acid, 4-hydroxybenzoic acid, 2,3-dihydroxybenzoic acid, 2,4-dihydroxybenzoic acid, 2,5-dihydroxybenzoic acid, 2,6-dihydroxybenzoic acid, 3,5-dihydroxybenzoic acid, 2-hydroxycinnamic acid, 3-hydroxycinnamic acid, 4-hydroxycinnamic acid, 4-hydroxy-2-methoxycinnamic acid, 4-hydroxy-3-methoxycinnamic acid, 3,4-dihydroxycinnamic acid, mandelic acid, and tyrosine and iodide compounds thereof.
A prosthesis assembly for orthopaedic implantation comprising: a prosthesis body, an attachment portion coupled to the prosthesis body, wherein the prosthesis body is a knee meniscus replacement, and wherein the attachment portion comprises an opening, characterised in that the opening has a receiving portion with a first cross-sectional transverse width and a retaining portion extending from the receiving portion, the retaining portion having a second cross-sectional transverse width, which is less than the first cross-sectional transverse width. a prosthesis body, an attachment portion coupled to the prosthesis body, wherein the prosthesis body is a knee meniscus replacement, and wherein the attachment portion comprises an opening, characterised in that the opening has a receiving portion with a first cross-sectional transverse width and a retaining portion extending from the receiving portion, the retaining portion having a second cross-sectional transverse width, which is less than the first cross-sectional transverse width.
Method for carrier aggregation of at least two Orthogonal Frequency Division Multiplexing, OFDM, carriers in a radio communication system, each of said at least two OFDM carriers comprising subcarriers being spaced in accordance with a same subcarrier spacing of said radio communication system, respectively, the method being performed by a transmitter in the radio communication system and comprising the steps of: - allocating frequencies for subcarriers in a spectrum, whereby the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier including: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, wherein said at least one additional subcarrier is added to at least one group of frequencies of said legacy carrier, wherein said at least one group of frequencies otherwise being used as a guard band in said legacy radio communication system, is used for transmission of data. - allocating frequencies for subcarriers in a spectrum, whereby the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier including: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, wherein said at least one additional subcarrier is added to at least one group of frequencies of said legacy carrier, wherein said at least one group of frequencies otherwise being used as a guard band in said legacy radio communication system, is used for transmission of data. a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, wherein said at least one additional subcarrier is added to at least one group of frequencies of said legacy carrier, wherein said at least one group of frequencies otherwise being used as a guard band in said legacy radio communication system, is used for transmission of data.
A method of retaining curl in a keratinous material which comprises applying to the keratinous material a composition containing a transglutaminase product in an amount ranging from 0.5% to 1.75% by weight, wherein said transglutaminase product is a combination of powdered microbial enzyme and maltodextrin containing 86-135 units of transglutaminase activity per gram.
A system for lighting a space for growing vegetables, wherein the system includes: - a first set of lighting sources for lighting the vegetables in a first, vertical direction, - a second set of lighting sources for lighting the vegetables in at least one second direction, different from the vertical direction, wherein said lighting sources (10, 20) have: - an intensity of the lighting radiation emitted, - a spectrum of the lighting radiation emitted, - a light radiation emission pattern, and wherein the lighting sources in the first set and the lighting sources in the second set have a wide light radiation emission pattern in the first set and a narrow light radiation emission pattern in the second set. - a first set of lighting sources for lighting the vegetables in a first, vertical direction, - a second set of lighting sources for lighting the vegetables in at least one second direction, different from the vertical direction, - an intensity of the lighting radiation emitted, - a spectrum of the lighting radiation emitted, - a light radiation emission pattern,
A charge air cooler arrangement for a piston engine, the arrangement comprising - an air cooler housing, - a charge air cooler, which is arranged inside the air cooler housing, and - an air duct that is connected to the air cooler housing for introducing charge air into the charge air cooler, the air duct being configured to protrude into the air cooler housing and to be attached to the charge air cooler, characterized in that - the air duct is provided with a flange, which is arranged against the outer surface of the air cooler housing, - the air duct is provided with a protrusion, which protrudes into the air cooler housing, - the protrusion comprises a contact surface, which is an end surface of the protrusion and which is arranged against a contact surface of the charge air cooler, and - a seal is arranged between the contact surface of the charge air cooler and the contact surface of the protrusion. - an air cooler housing, - a charge air cooler, which is arranged inside the air cooler housing, and - an air duct that is connected to the air cooler housing for introducing charge air into the charge air cooler, the air duct being configured to protrude into the air cooler housing and to be attached to the charge air cooler, - the air duct is provided with a flange, which is arranged against the outer surface of the air cooler housing, - the air duct is provided with a protrusion, which protrudes into the air cooler housing, - the protrusion comprises a contact surface, which is an end surface of the protrusion and which is arranged against a contact surface of the charge air cooler, and - a seal is arranged between the contact surface of the charge air cooler and the contact surface of the protrusion.
An injection device comprising: a plunger (42, 242) for expressing medicament from a syringe; a delivery mechanism arranged in use to provide a forward biasing force to urge the plunger from a first rearward position to a second forward position to express a dose from the syringe; a latch arrangement (60, 260) arranged to releasably hold the plunger against the force of the delivery mechanism, the latch arrangement comprising at least two resilient segments which define opposing sections of an aperture within which a rearward end of the plunger is retained in the rearward position; and a trigger (70, 270) for releasing the plunger in use, the trigger being arranged to outwardly deflect at least one of the resilient segments such that the aperture is expanded to release the rearward end of the plunger; and wherein the plunger comprises: a reduced cross section neck configured to be received in the aperture of the latch and a head (42a, 242a) earwardly of the neck to retain the plunger when the latch is in its non-deflected position; characterised in that a forward facing transition surface (84, 86) extends from the neck to the head, the transition surface having an asymmetric profile about the longitudinal axis of the plunger. a plunger (42, 242) for expressing medicament from a syringe; a delivery mechanism arranged in use to provide a forward biasing force to urge the plunger from a first rearward position to a second forward position to express a dose from the syringe; a latch arrangement (60, 260) arranged to releasably hold the plunger against the force of the delivery mechanism, the latch arrangement comprising at least two resilient segments which define opposing sections of an aperture within which a rearward end of the plunger is retained in the rearward position; and a trigger (70, 270) for releasing the plunger in use, the trigger being arranged to outwardly deflect at least one of the resilient segments such that the aperture is expanded to release the rearward end of the plunger; and wherein the plunger comprises: a reduced cross section neck configured to be received in the aperture of the latch and a head (42a, 242a) earwardly of the neck to retain the plunger when the latch is in its non-deflected position; characterised in that a forward facing transition surface (84, 86) extends from the neck to the head, the transition surface having an asymmetric profile about the longitudinal axis of the plunger.
A method of stepwise oil-water separation by oil-gas washing in Fischer-Tropsch process, comprising the steps of: 1) after mixed washing of light oil containing 0.5-6% synthesized water and low gas containing 0.01-2.8% trace hydrocarbon, feeding light oil containing trace hydrocarbon into the left-side end socket of the primary oil-water separator, and sending sewage containing 0.05-0.5% oil to the right-side end socket of the primary oil-water separator, wherein the operating pressure of the primary oil-water separator is 0.3-4.5MPa and the temperature is 20-60°C, 2) after each component in step 1) enters into the primary oil-water separator, realizing fast liquid-gas separation in the T-shaped liquid-gas separator, wherein the low gas separated is discharged from the top of the primary oil-water separator; wherein water containing light oil flows from the right-side end socket of the primary oil-water separator towards right at the velocity of 0.005-0.02 m/s, and undergoes fast dehydration by successively going through the first CPI oil-water fast separation module and hydrophilic droplet agglomeration module to isolate water droplets with particle size larger than 30μm, whereinlight oil after separation only contains 0.05-0.5% water and continues to flow to towards right to be discharged from the left side of a partition plate and enters into an in-depth dehydrator, wherein water droplets with 3-30μm particle sizes are removed in the in-depth dehydrator to get light oil with water content less than 0:02%; and oily sewage flows from the right-side end socket of the primary oil-water separator towards left and passes through the second CPI oil-water fast separation module and oleophilic droplet agglomeration module successively for rapid oil removal,wherein oil droplets with particle size larger than 25μm are separated, and sewage contains 0.03-0.6% of oil after separation and continues to flow towards left to the right side of the partition plate, and the sump oil is discharged from the upper part of the partition plate together with the light oil separated after the left side of the partition plate, and the separated sewage water enters the in-depth oil eliminator, in which oil droplets with 1-25μm particle size is removed, and the oil content of sewage is less than 0.01% at this moment. 1) after mixed washing of light oil containing 0.5-6% synthesized water and low gas containing 0.01-2.8% trace hydrocarbon, feeding light oil containing trace hydrocarbon into the left-side end socket of the primary oil-water separator, and sending sewage containing 0.05-0.5% oil to the right-side end socket of the primary oil-water separator, wherein the operating pressure of the primary oil-water separator is 0.3-4.5MPa and the temperature is 20-60°C, 2) after each component in step 1) enters into the primary oil-water separator, realizing fast liquid-gas separation in the T-shaped liquid-gas separator, wherein the low gas separated is discharged from the top of the primary oil-water separator; wherein
A method of decoding video data, the method comprising: decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an X direction based on a threshold for performing the zero-out process, wherein the threshold is 32; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the X direction; decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an Y direction based on said the threshold for performing the zero-out process; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the Y direction; determining a first region of a transform unit in which transform coefficients are subject to zero-out based on the positions of the last non-zero transform coefficients in the X direction and in the Y direction in the transform unit, wherein a maximum dimension of the transform unit is 64; determining a second region of the transform unit in which transform coefficients are not subject to zero-out; and scanning only the second region of the transform unit starting at the position of the last non-zero coefficient. decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an X direction based on a threshold for performing the zero-out process, wherein the threshold is 32; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the X direction; decoding a prefix code that represents a first portion of the position of the last non-zero coefficient in an Y direction based on said the threshold for performing the zero-out process; decoding a suffix code that represents a second portion of the position of the last non-zero coefficient in the Y direction; determining a first region of a transform unit in which transform coefficients are subject to zero-out based on the positions of the last non-zero transform coefficients in the X direction and in the Y direction in the transform unit, wherein a maximum dimension of the transform unit is 64; determining a second region of the transform unit in which transform coefficients are not subject to zero-out; and scanning only the second region of the transform unit starting at the position of the last non-zero coefficient.