mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid manifold apparatus for liquid cooling of electronic devices comprising: a support member ; a supply channel ; a return channel ; a supply port to provide a fluid to the supply channel ; a return port to receive the fluid from the return channel ; at least two port fittings ; characterized by : a first sleeve connectable to one of the at least two port fittings , the first sleeve includes a first length with a first gasket to form a fluid tight seal between the first sleeve and the supply channel ; a second sleeve connectable to the other of the at least two port fittings , the second sleeve includes a second length with a second gasket to form a fluid tight seal between the second sleeve and the return channel ; whereby: the support member comprises the supply channel and the return channel ; at least one sleeve selected from the first sleeve and the second sleeve is to pass through at least one channel selected from the supply channel and the return channel . a support member ; a supply channel ; a return channel ; a supply port to provide a fluid to the supply channel ; a return port to receive the fluid from the return channel ; at least two port fittings ; a first sleeve connectable to one of the at least two port fittings , the first sleeve includes a first length with a first gasket to form a fluid tight seal between the first sleeve and the supply channel ; a second sleeve connectable to the other of the at least two port fittings , the second sleeve includes a second length with a second gasket to form a fluid tight seal between the second sleeve and the return channel ; whereby: the support member comprises the supply channel and the return channel ; at least one sleeve selected from the first sleeve and the second sleeve is to pass through at least one channel selected from the supply channel and the return channel . the support member comprises the supply channel and the return channel ; at least one sleeve selected from the first sleeve and the second sleeve is to pass through at least one channel selected from the supply channel and the return channel .
Haemostatic bracelet which comprises - a clamp comprising two clamp branches and a first strut , each of the clamp branches having a first and a second end, each of the clam branches being connected by its first end to the other clamp branch by means of the first strut , - a compression element , - actuation elements fixed to the clamp branches so that the second ends of the clamp branches opposite to the first strut can be spread by moving the ends of the actuation elements towards each other, said haemostatic bracelet being characterised in that it comprises an arch provided with two arch branches and a second strut , wherein each of the arch branches has a first and a second end, wherein each of the arch branches is connected by its first end to the other arch branch by means of the second strut and by its second end to a different one of the clamp branches so that, at the junction between the arch and the clamp , the arch branches diverge from the clamp while moving away from the second end of the clamp branches opposite to the first strut , wherein each of the arch branches is provided with a first articulation (211; 221), the first articulations being situated facing each other and forming a first set of articulations, wherein the compression element is placed on the second strut so as to protrude from the second strut in the opposite direction to the first articulations of the first set of articulations, wherein the part of the arch situated between the first articulations of the first set of articulations and comprising the second strut can be folded in the direction of the clamp by pivoting about the first articulations of the first set of articulation so that the compression element can be placed, when the bracelet is ready for use, inside the space defined by the clamp branches and the first strut or inside a projection of this space while protruding in the direction of the opening between the second ends of the clamp branches opposite to the first strut . - a clamp comprising two clamp branches and a first strut , each of the clamp branches having a first and a second end, each of the clam branches being connected by its first end to the other clamp branch by means of the first strut , - a compression element , - actuation elements fixed to the clamp branches so that the second ends of the clamp branches opposite to the first strut can be spread by moving the ends of the actuation elements towards each other,
A package comprising a box with a bottom and a peripheral rim , the package also comprising a lid rotatably mounted on a bearing side of the peripheral rim about a first axis of rotation (A), and able to adopt: - an open position in which the lid is spaced apart from the peripheral rim ; - a closed position in which the lid is folded down on the box and closes the latter, the package further comprising retaining means for holding, in the box , an object to be transported, characterized in that the retaining means comprise a frame rotatably mounted on the bearing side of the peripheral rim in the vicinity of the bottom of the box , about a second axis of rotation (B) in line with the first axis of rotation (A) of the lid on the box , the frame being able to adopt: - a retaining position in which the frame extends substantially parallel to the bottom of the box and surrounds the object to be transported; - a handling position in which the frame is spaced apart from the bottom of the box , the retaining means also comprising elastically deformable means extending inside the frame , and a connecting rod between the frame and the lid , the connecting rod being rotatably mounted on the lid and on the frame , the connecting rod , the lid , the bearing side of the peripheral rim and the frame together forming a deformable parallelogram. the package also comprising a lid rotatably mounted on a bearing side of the peripheral rim about a first axis of rotation (A), and able to adopt: - an open position in which the lid is spaced apart from the peripheral rim ; - a closed position in which the lid is folded down on the box and closes the latter, - an open position in which the lid is spaced apart from the peripheral rim ; - a closed position in which the lid is folded down on the box and closes the latter, the package further comprising retaining means for holding, in the box , an object to be transported, characterized in that the retaining means comprise a frame rotatably mounted on the bearing side of the peripheral rim in the vicinity of the bottom of the box , about a second axis of rotation (B) in line with the first axis of rotation (A) of the lid on the box , the frame being able to adopt: - a retaining position in which the frame extends substantially parallel to the bottom of the box and surrounds the object to be transported; - a handling position in which the frame is spaced apart from the bottom of the box , - a retaining position in which the frame extends substantially parallel to the bottom of the box and surrounds the object to be transported; - a handling position in which the frame is spaced apart from the bottom of the box , the retaining means also comprising elastically deformable means extending inside the frame , and a connecting rod between the frame and the lid , the connecting rod being rotatably mounted on the lid and on the frame , the connecting rod , the lid , the bearing side of the peripheral rim and the frame together forming a deformable parallelogram.
Biomaterial having a multi-dimensional structure comprising osteogenic differentiated adipose-derived stem cells (ASCs), a ceramic material and an extracellular matrix, wherein the biomaterial secretes osteoprotegerin (OPG) and comprises insulin-like growth factor (IGF1) and stromal cell-derived factor 1-alpha (SDF-1α), wherein the ceramic material is in form of particles, wherein the multi-dimension of the biomaterial is due to the synthesis of extracellular matrix by adipose tissue-derived stem cells and wherein the ASCs and the ceramic particles within the biomaterial of the invention are embedded in the extracellular matrix wherein the ceramic material is in form of particles, wherein the multi-dimension of the biomaterial is due to the synthesis of extracellular matrix by adipose tissue-derived stem cells and wherein the ASCs and the ceramic particles within the biomaterial of the invention are embedded in the extracellular matrix
An interlayer for laminated glasses, comprising two outer layers of a material selected from poly(vinyl butyral) (PVB) and poly(ethylene-vinyl acetate) (EVA), assembled by means of an adhesive nanocomposite layer comprising: - a first, discontinuous phase consisting of polymeric nanodomains having a glass transition temperature (Tg) of between -50°C and -30°C, preferably between -45°C and -35°C, and - a second, continuous polymeric phase, referred to as the matrix, having a glass transition temperature (Tg) lower than that of said first phase, preferably a Tg of less than -50°C, and more preferably less than -60°C, the first phase being dispersed in the second phase, the glass transition temperature being determined using the midpoint method as described in standard ASTM-D-3418 for differential scanning calorimetry. - a first, discontinuous phase consisting of polymeric nanodomains having a glass transition temperature (Tg) of between -50°C and -30°C, preferably between -45°C and -35°C, and - a second, continuous polymeric phase, referred to as the matrix, having a glass transition temperature (Tg) lower than that of said first phase, preferably a Tg of less than -50°C, and more preferably less than -60°C, the first phase being dispersed in the second phase, the glass transition temperature being determined using the midpoint method as described in standard ASTM-D-3418 for differential scanning calorimetry.
A method for user equipment, UE, cooperation in an LTE system performed by a cooperating UE, the method comprising: • receiving a first message over a plurality of resource blocks, RBs, from a communications controller, wherein there is a one-to-one relationship between the RBs of the plurality of RBs and log-likelihood ratios, LLRs, • determining for each of the RBs on which the first message is received a log-likelihood ratio, LLR, • in a first alternative, obtaining as a threshold a pre-determined threshold or, in a second alternative instead of the first alternative, receiving the threshold from a target UE or the communications controller (step 202), • receiving a second message from the target UE containing indices of resource blocks, RBs, indicating which RBs have a corresponding signal to noise ratio, SNR, at the target UE below the threshold (step 204), • determining for each RB among the plurality of RBs at which the first message is received a corresponding SNR, thereby determining a plurality of SNRs , • determining based on the plurality of SNRs among the plurality of RBs those RBs, which have a SNR above the threshold and at the same time are indicated by the indices of the RBs received from the target UE in the second message (step 208), thereby determining RBs for which the cooperating UE will transmit corresponding LLRs, • transmitting a third message to the target UE indicating the RBs for which the cooperating UE will transmit the corresponding LLRs, • transmitting the corresponding LLRs among the plurality of LLRs to the target UE. • receiving a first message over a plurality of resource blocks, RBs, from a communications controller, wherein there is a one-to-one relationship between the RBs of the plurality of RBs and log-likelihood ratios, LLRs, • determining for each of the RBs on which the first message is received a log-likelihood ratio, LLR, • in a first alternative, obtaining as a threshold a pre-determined threshold or, in a second alternative instead of the first alternative, receiving the threshold from a target UE or the communications controller (step 202), • receiving a second message from the target UE containing indices of resource blocks, RBs, indicating which RBs have a corresponding signal to noise ratio, SNR, at the target UE below the threshold (step 204), • determining for each RB among the plurality of RBs at which the first message is received a corresponding SNR, thereby determining a plurality of SNRs , • determining based on the plurality of SNRs among the plurality of RBs those RBs, which have a SNR above the threshold and at the same time are indicated by the indices of the RBs received from the target UE in the second message (step 208), thereby determining RBs for which the cooperating UE will transmit corresponding LLRs, • transmitting a third message to the target UE indicating the RBs for which the cooperating UE will transmit the corresponding LLRs, • transmitting the corresponding LLRs among the plurality of LLRs to the target UE.
A chassis of a preferentially agriculturally utilised vehicle or mobile implement with an arrangement of brake axle stubs and wheels , wherein the vehicle is moved or transported with the wheels in a the direction of travel over a ground surface, wherein the brake axle stubs comprise a stub axle with a brake device , on which a wheel hub each is rotatably mounted and operatively connected to the brake device , wherein on each wheel hub at least one wheel is mounted, wherein the brake axle stubs each have a brake actuation shaft for introducing an applied brake actuation torque into the brake device of the brake axle stub , wherein at least one pair of brake axle stubs are arranged in the direction of travel of the vehicle offset relative to one another in such a manner that the centres of the stub axles have a distance (a) relative to one another, characterised in that the brake actuation shafts of the two brake axle stubs are arranged aligned with one another. wherein at least one pair of brake axle stubs are arranged in the direction of travel of the vehicle offset relative to one another in such a manner that the centres of the stub axles have a distance (a) relative to one another, characterised in that the brake actuation shafts of the two brake axle stubs are arranged aligned with one another.
A method for estimating a step length of a user, the method comprising: obtaining (S112) inertial data generated by at least one inertial sensor extracting (S114), from the inertial data, orthogonal motion components in at least two directions; estimating (S118), based on the orthogonal motion components for each direction, a respective parameter that is indicative of energy expenditure by the user in the corresponding direction; and estimating (S120), based on each estimated parameter that is indicative of energy expenditure by the user, a step length. obtaining (S112) inertial data generated by at least one inertial sensor extracting (S114), from the inertial data, orthogonal motion components in at least two directions; estimating (S118), based on the orthogonal motion components for each direction, a respective parameter that is indicative of energy expenditure by the user in the corresponding direction; and estimating (S120), based on each estimated parameter that is indicative of energy expenditure by the user, a step length.
A method of enriching a microaerophilic microorganism, comprising: forming an aqueous mixture in a container; the mixture comprising a sample containing a microaerophilic microorganism, a predefined volume of a medium that supports growth of a microaerophilic microorganism, and an oxygen scavenging system; wherein said oxygen scavenging system comprises effective amounts of i) an enzyme of an oxidoreductase family and ii) a substrate for said enzyme; wherein said oxygen scavenging system is activated upon hydration thereby depleting dissolved oxygen in the medium to a concentration that facilitates growth of the microaerophilic microorganism; wherein the enzyme is selected from a group consisting of ascorbic acid oxidase and laccase; and incubating the aqueous mixture under conditions to facilitate at least one cell division of said microaerophilic microorganism, wherein depleting dissolved oxygen in the medium to a concentration that facilitates the growth of the microaerophilic microorganism comprises depleting dissolved oxygen in the medium to a concentration of 0.01 μM to 10 μM. forming an aqueous mixture in a container; the mixture comprising a sample containing a microaerophilic microorganism, a predefined volume of a medium that supports growth of a microaerophilic microorganism, and an oxygen scavenging system; wherein said oxygen scavenging system comprises effective amounts of i) an enzyme of an oxidoreductase family and ii) a substrate for said enzyme; wherein said oxygen scavenging system is activated upon hydration thereby depleting dissolved oxygen in the medium to a concentration that facilitates growth of the microaerophilic microorganism; wherein the enzyme is selected from a group consisting of ascorbic acid oxidase and laccase; and incubating the aqueous mixture under conditions to facilitate at least one cell division of said microaerophilic microorganism, wherein depleting dissolved oxygen in the medium to a concentration that facilitates the growth of the microaerophilic microorganism comprises depleting dissolved oxygen in the medium to a concentration of 0.01 μM to 10 μM.
A method for constructing a layered structure of a dialing screen in a mobile terminal, with the steps of: providing a time layer to display a background image representing a time zone; providing a reception sensibility layer to display a preset visual effect image on the background image, the preset visual effect image changing depending on an intensity of a received signal; and providing a character input layer to display a character on the background image in which the visual effect image is displayed, wherein the character is input in response to a character output request in the mobile terminal, wherein the visual effect image is provided in such a manner to overlap the character displayed by the character input layer while being visually distinguished from the character, on the background image provided by the time layer. providing a time layer to display a background image representing a time zone; providing a reception sensibility layer to display a preset visual effect image on the background image, the preset visual effect image changing depending on an intensity of a received signal; and providing a character input layer to display a character on the background image in which the visual effect image is displayed, wherein the character is input in response to a character output request in the mobile terminal, wherein the visual effect image is provided in such a manner to overlap the character displayed by the character input layer while being visually distinguished from the character, on the background image provided by the time layer.
A data processing method, wherein the method comprises: sending (S512), by a network interface card, a first data packet to a host; receiving (S518), by the network interface card, processing information from the host, wherein the processing information is used to indicate a processing operation performed by the host on the first data packet according to at least two flow entries that match the first data packet, and a flow table comprising the at least two flow entries is set not to be aged at the host; and generating (S520), by the network interface card, an action field of a first session entry according to the processing information; generating a match field of the first session entry according to matching information of the first data packet, wherein the first session entry is used to record a rule used by the network interface card to process a data packet that matches the first session entry; deleting, by the network interface card, the first session entry if the first session entry is not accessed within a time period; sending, by the network interface card, a deletion instruction to the host, wherein the deletion instruction is used to instruct the host to delete the at least two flow entries. sending (S512), by a network interface card, a first data packet to a host; receiving (S518), by the network interface card, processing information from the host, wherein the processing information is used to indicate a processing operation performed by the host on the first data packet according to at least two flow entries that match the first data packet, and a flow table comprising the at least two flow entries is set not to be aged at the host; and generating (S520), by the network interface card, an action field of a first session entry according to the processing information; generating a match field of the first session entry according to matching information of the first data packet, wherein the first session entry is used to record a rule used by the network interface card to process a data packet that matches the first session entry; deleting, by the network interface card, the first session entry if the first session entry is not accessed within a time period; sending, by the network interface card, a deletion instruction to the host, wherein the deletion instruction is used to instruct the host to delete the at least two flow entries.
A silicon dioxide granulate, wherein the silicon dioxide granulate comprises the following features: A) a BET surface area in a range of from 20 to 50 m 2 /g; B) a bulk density in a range of from 0.5 to 1.2 g/cm 3 ; C) an average particle size in a range of from 50 to 500 μm; D) a carbon content of less than 50 ppm; E) an aluminum content of less than 200 ppb; F) a tapped density in a range of from 0.7 to 1.3 g/cm 3 ; I) a pore volume in a range of from 0.1 to 2.5 mL/g; J) a particle size distribution D 10 in a range of from 50 to 150 μm; K) a particle size distribution D 50 in a range of from 150 to 300 μm; and L) a particle size distribution D 90 in a range of from 250 to 620 μm; wherein the particle size distribution of the silicon dioxide granulate is determined according to DIN ISO 13322:2009; wherein the ppm and ppb are each based on the total weight of the silicon dioxide granulate. A) a BET surface area in a range of from 20 to 50 m 2 /g; B) a bulk density in a range of from 0.5 to 1.2 g/cm 3 ; C) an average particle size in a range of from 50 to 500 μm; D) a carbon content of less than 50 ppm; E) an aluminum content of less than 200 ppb; F) a tapped density in a range of from 0.7 to 1.3 g/cm 3 ; I) a pore volume in a range of from 0.1 to 2.5 mL/g; J) a particle size distribution D 10 in a range of from 50 to 150 μm; K) a particle size distribution D 50 in a range of from 150 to 300 μm; and L) a particle size distribution D 90 in a range of from 250 to 620 μm; wherein the particle size distribution of the silicon dioxide granulate is determined according to DIN ISO 13322:2009; wherein the ppm and ppb are each based on the total weight of the silicon dioxide granulate.
Brake disc assembly for a disc brake of a motor vehicle, having a friction ring made from a first material and having a brake disc chamber which for mounting the friction ring is made from a second material, wherein the friction ring has a first, in particular axially projecting, assembly ring , and the brake disc chamber has a second, in particular axially projecting, assembly ring , wherein the assembly rings have in each case a plurality of rotary entrainment elements which are disposed so as to be distributed across the circumference and by means of which the friction ring and the brake disc chamber are connected to one another in a form-fitting and rotationally fixed manner, characterized in that the rotary entrainment elements are configured as obliquely disposed entrainment webs that deviate from an axial extent, wherein the entrainment webs of the first assembly ring and the entrainment webs of the second assembly ring each are configured as a helical toothing .