mhurhangee/patent-ind-claim-en huggingface dataset:
Disk brake - having a protective panel, having a bracket which is fixed with respect to the vehicle and on which brake linings and at least one brake caliper are mounted so as to be movable in an axial direction, - with the bracket and the brake caliper engaging around at least one brake disk, - and with the brake caliper having a housing limb with at least one actuating device, a further housing limb with at least one housing finger, and a housing bridge, - having a spring arrangement which generates an elastic preload between the brake caliper and the bracket, in such a way - that the preload is aligned substantially perpendicular to a movement direction of the brake caliper, - that the spring arrangement comprises a spring element and the protective panel, and - that the housing finger, the spring element and the protective panel are arranged axially with respect to one another in such a way that the spring element is positioned between the housing finger and the protective panel, with the protective panel covering the brake caliper and the spring arrangement, characterized in that the spring element is attached to the protective panel in such a way that the force flow of the preload (F V ) runs through the protective panel . - having a protective panel, having a bracket which is fixed with respect to the vehicle and on which brake linings and at least one brake caliper are mounted so as to be movable in an axial direction, - with the bracket and the brake caliper engaging around at least one brake disk, - and with the brake caliper having a housing limb with at least one actuating device, a further housing limb with at least one housing finger, and a housing bridge, - having a spring arrangement which generates an elastic preload between the brake caliper and the bracket, in such a way - that the preload is aligned substantially perpendicular to a movement direction of the brake caliper, - that the spring arrangement comprises a spring element and the protective panel, and - that the housing finger, the spring element and the protective panel are arranged axially with respect to one another in such a way that the spring element is positioned between the housing finger and the protective panel, with the protective panel covering the brake caliper and the spring arrangement,
A solution for a preservation, transport and application of stem cells obtained from bone marrow or adipose tissue or peripheral blood or from extraembryonic tissues or for stem cells attached to biological scaffold at a temperature of 0 °C to 8 °C for a period up to 72 hours, that consists of a buffer water solution of trehalose, characterized by the fact that the solution contains cations K + in a quantity of 20 to 50 mmol/l, cations Na + in a quantity of 20 to 80 mmol/l; anions Cl- in a quantity of 0.5 to 40 mmol/l, anions PO 4 3- and/or HPO 4 2- and/or H 2 PO 4 - in a total quantity of 20 to 65 mmol/l, trehalose in a quantity of 250 to 300 mmol/l, and the solution, can also contain cations Mg 2+ and/or Ca 2+ in a total quantity of 0 to 2 mmol/l and anions SO 4 2- and/or HSO 4 - in a total quantity of 0 to 2 mmol/l, and pH of the solution is 7.1 to 7.6.
A tube holding member of a liquid sensor configured to detect presence or absence of a liquid (L) in a tube (T) having a light-transmitting property, wherein a direction of insertion and extraction of the tube is perpendicular to a longitudinal direction of the tube, the tube holding member comprising: a holding member configured to hold the tube (T) that is held at a detection position to be insertable to and extractable from a main body case of the liquid sensor, characterized by the holding member being attachable to and detachable from the main body case only in the direction that is not identical with the insertion and extraction direction of the tube (T) with respect to the main body case . a holding member configured to hold the tube (T) that is held at a detection position to be insertable to and extractable from a main body case of the liquid sensor, characterized by the holding member being attachable to and detachable from the main body case only in the direction that is not identical with the insertion and extraction direction of the tube (T) with respect to the main body case .
A drive system for a plurality of individually switched nozzles with drive signals common to said plurality of individually switched nozzles of an inkjet print head, the system comprising: a nozzle controller associated with at least one nozzle whereby meniscus activation is determined by a meniscus activation pulse, MAP, signal to that nozzle, characterised in that the nozzle controller is configured whereby fire waveforms are delayable by a configurable fire latency; and in that the system further comprises: a MAP controller defining at least one parameter for the at least one nozzle and such that the at least one parameter is monitored by the MAP controller, whereby a MAP signal is provided to the nozzle controller as required, each nozzle configured whereby there is a fixed delay period at least until meniscus activation at the nozzles by the MAP signal is complete, the nozzle controller ensuring that subsequent nozzle fire signals as drive signals common to said plurality of individually switched nozzles are delayed by the fixed delay period but remain in sequence with each other. a nozzle controller associated with at least one nozzle whereby meniscus activation is determined by a meniscus activation pulse, MAP, signal to that nozzle, characterised in that the nozzle controller is configured whereby fire waveforms are delayable by a configurable fire latency; and in that the system further comprises: a MAP controller defining at least one parameter for the at least one nozzle and such that the at least one parameter is monitored by the MAP controller, whereby a MAP signal is provided to the nozzle controller as required, each nozzle configured whereby there is a fixed delay period at least until meniscus activation at the nozzles by the MAP signal is complete, the nozzle controller ensuring that subsequent nozzle fire signals as drive signals common to said plurality of individually switched nozzles are delayed by the fixed delay period but remain in sequence with each other.
An arrangement for use in a vapor-compression refrigeration system wherein the arrangement comprises - an evaporator, - an oil separator, - a condenser, and - an oil cooler, wherein the evaporator, the oil separator, the condenser and the oil cooler are arranged inside a longitudinal outer casing that comprises a shell and the end plates arranged at both ends of the shell, and the shell comprises three separate parts (A, B, C), which are separated from each other by arranging a first partition wall and a second partition wall between the parts, wherein the shell of the outer casing is a cylindrical shell and the diameter of the shell is substantially same in all parts (A, B, C) of the arrangement, and the first part (A) comprises the evaporator, the second part (B) comprises the oil separator and the third part (C) comprises the oil cooler and the condenser, and the third part (C) comprising the oil cooler and the condenser is constructed by arranging one plate pack into the third part, which plate pack is divided into two functional plate pack parts (C1, C2) by arranging an intermediate plate between the heat exchange plates of said plate pack , wherein the first plate pack part (C1) is configured for functioning as oil cooler and the second plate pack part (C2) is configured for functioning as the condenser. - an evaporator, - an oil separator, - a condenser, and - an oil cooler, the evaporator, the oil separator, the condenser and the oil cooler are arranged inside a longitudinal outer casing that comprises a shell and the end plates arranged at both ends of the shell, and the shell comprises three separate parts (A, B, C), which are separated from each other by arranging a first partition wall and a second partition wall between the parts, wherein the shell of the outer casing is a cylindrical shell and the diameter of the shell is substantially same in all parts (A, B, C) of the arrangement, and the first part (A) comprises the evaporator, the second part (B) comprises the oil separator and the third part (C) comprises the oil cooler and the condenser, and the third part (C) comprising the oil cooler and the condenser is constructed by arranging one plate pack into the third part, which plate pack is divided into two functional plate pack parts (C1, C2) by arranging an intermediate plate between the heat exchange plates of said plate pack , wherein the first plate pack part (C1) is configured for functioning as oil cooler and the second plate pack part (C2) is configured for functioning as the condenser.
An apparatus comprising: a support structure ; a positioning system associated with the support structure and configured to position the support structure with respect to a number of linear axes ; and a retention system associated with the support structure and configured to retain a portion of an object and move the portion of the object towards a platform such that the portion of the object substantially conforms to a shape of the platform , characterised in that the apparatus comprises: an attachment system configured for use in attaching a tool to the support structure , wherein the attachment system comprises a number of rails usable to hold the tool and to allow the tool to move along the support structure . a support structure ; a positioning system associated with the support structure and configured to position the support structure with respect to a number of linear axes ; and a retention system associated with the support structure and configured to retain a portion of an object and move the portion of the object towards a platform such that the portion of the object substantially conforms to a shape of the platform , characterised in that the apparatus comprises: an attachment system configured for use in attaching a tool to the support structure , wherein the attachment system comprises a number of rails usable to hold the tool and to allow the tool to move along the support structure .
Pediatric respiratory mask comprising: - a mask body comprising an internal chamber and an inlet orifice in fluid communication with the internal chamber , - a holding arm arranged on the mask body and projecting upwardly from said mask body , - a cushion having an aperture adapted for receiving at least part of the patient's nose, when the patient wears the mask, and - two lateral arms arranged on each side of the mask body and projecting laterally from said mask body , and wherein the mask body , the holding arm , the cushion and the two lateral arms are integral and form a single mask structure made of a resilient soft material, wherein the mask is a nasal mask dimensioned for fitting to the nasal region of an infant, newborn, baby, toddler or child, and wherein: - the single mask structure is molded in one piece made of said resilient soft material, - the mask body has a triangular or trapezoidal general shape, and - the inlet orifice is arranged at the center of the mask body, characterized in that : - the single mask structure has a weight of less than 30 g, and - the mask body has a triangular or trapezoidal general shape having a first width (L1) of less than 60 mm and a first height (H1) of less than 60 mm. - a mask body comprising an internal chamber and an inlet orifice in fluid communication with the internal chamber , - a holding arm arranged on the mask body and projecting upwardly from said mask body , - a cushion having an aperture adapted for receiving at least part of the patient's nose, when the patient wears the mask, and - two lateral arms arranged on each side of the mask body and projecting laterally from said mask body , - the single mask structure is molded in one piece made of said resilient soft material, - the mask body has a triangular or trapezoidal general shape, and - the inlet orifice is arranged at the center of the mask body, - the single mask structure has a weight of less than 30 g, and - the mask body has a triangular or trapezoidal general shape having a first width (L1) of less than 60 mm and a first height (H1) of less than 60 mm.
Method for treating a spent catalyst containing at least one refractory mineral oxide, one or more metals in the form of sulfide(s) chosen from the following metals: molybdenum, nickel, cobalt, tungsten, vanadium, as well as carbon compounds, this method comprising the following successive steps: a) in a smelting furnace of the rotary converter type, preparing a melt of cast iron in the melted state above which there is a layer of slag; then b) introducing into the furnace said spent catalyst and placing it in contact with the slag and the melt of cast iron in the melted state, while maintaining the furnace in rotation and while injecting an oxidizing gas containing oxygen into the furnace, above the mixture of catalyst, slag and cast iron, in such a way as to cause the combustion of the carbon and/or sulfur compounds which are released from the catalyst in contact with the slag and the liquid cast iron; then c) extracting from the furnace by sequential castings the slag formed in step b) in such a way as to on the one hand recover in the furnace a cast iron melt enriched with metal or metals, and on the other hand recover a slag containing the components of the catalyst other than metals, with the exception of vanadium which, when the spent catalyst contains vanadium, ends up in the slag. a) in a smelting furnace of the rotary converter type, preparing a melt of cast iron in the melted state above which there is a layer of slag; then b) introducing into the furnace said spent catalyst and placing it in contact with the slag and the melt of cast iron in the melted state, while maintaining the furnace in rotation and while injecting an oxidizing gas containing oxygen into the furnace, above the mixture of catalyst, slag and cast iron, in such a way as to cause the combustion of the carbon and/or sulfur compounds which are released from the catalyst in contact with the slag and the liquid cast iron; then c) extracting from the furnace by sequential castings the slag formed in step b) in such a way as to on the one hand recover in the furnace a cast iron melt enriched with metal or metals, and on the other hand recover a slag containing the components of the catalyst other than metals, with the exception of vanadium which, when the spent catalyst contains vanadium, ends up in the slag.
Method for producing a via through a base layer of a microelectronic device, comprising forming a hole opening out onto at least a first face of the base layer and filling the hole with at least one first filling material forming an electrically conductive element, the method comprising at least partially removing said at least one first filling material to a depth, directed along a thickness dimension of the hole , from the first face of the base layer , the depth being strictly less than the thickness dimension of the hole , so as to produce a recessed portion , and the method further comprising a second, at least partial, filling of the recessed portion with at least one second filling material, characterised in that the second filling comprises forming at least one layer of said at least one second material in the recessed portion, then forming a clearance in said at least one layer by forming a closed contour configured to define a stack of a residual portion of said at least one layer circumscribed by the clearance .
Use of an isolated monoclonal antibody or an antigen-binding fragment thereof that specifically binds to human neurogranin in an in vitro diagnostic assay for detecting brain injury in a human subject, wherein the brain injury is diagnosed in the assay by detecting a higher level of neurogranin in a body fluid sample comprising blood, serum or plasma obtained from the subject compared with the level in a comparable body fluid sample obtained from a control subject who does not have a brain injury, wherein the higher level of neurogranin in the body fluid sample is detected by detecting an increased amount of binding between the isolated monoclonal antibody or antigen binding fragment thereof and neurogranin in the body fluid sample from the subject compared with the amount of binding in a comparable body fluid sample obtained from the control subject who does not have a brain injury.
A packet transmission method, wherein the method is applied to a first proxy node, and comprises: receiving a first packet from a service function node; and being characterized by the steps of looking up a cache of the first proxy node, wherein no segment routing header, SRH, corresponding to the first packet is obtained; generating a second packet based on the first packet and a first bypass segment identifier, SID, corresponding to a second proxy node, wherein the second proxy node and the first proxy node are connected to the same service function node, the second packet comprises the first bypass SID, first control information, and a payload of the first packet, the first bypass SID is used to identify that a destination node of the second packet is the second proxy node, and the first control information is used to indicate the second proxy node to restore the SRH corresponding to the first packet; and sending the second packet to the second proxy node. receiving a first packet from a service function node; and being characterized by the steps of looking up a cache of the first proxy node, wherein no segment routing header, SRH, corresponding to the first packet is obtained; generating a second packet based on the first packet and a first bypass segment identifier, SID, corresponding to a second proxy node, wherein the second proxy node and the first proxy node are connected to the same service function node, the second packet comprises the first bypass SID, first control information, and a payload of the first packet, the first bypass SID is used to identify that a destination node of the second packet is the second proxy node, and the first control information is used to indicate the second proxy node to restore the SRH corresponding to the first packet; and sending the second packet to the second proxy node.
Container comprising a plurality of walls that define a compartment; said plurality of walls comprising at least two adjacent walls, namely a first wall and a second wall ; said container comprising connection means disposed between the two walls and suitably configured to connect the two walls ; wherein said connection means comprise: - a slot obtained on the second wall ; - a tab obtained on the first wall and inserted in said slot ; said tab comprising a first portion disposed in the slot and a second ending portion that protrudes from the slot ; and - a clip fastened to the second ending portion of the tab in such a way that the clip prevents the tab from coming out of the slot , wherein said clip is fastened to the second ending portion of the tab ; characterized in that : - said second ending portion comprises a tooth ; - said clip is a forked-shaped clip and is fastened in intermediate position between the tooth and the second wall ; said tooth and said second wall of the container being engaged against two opposite faces of the fork-shaped clip . - a slot obtained on the second wall ; - a tab obtained on the first wall and inserted in said slot ; said tab comprising a first portion disposed in the slot and a second ending portion that protrudes from the slot ; and - a clip fastened to the second ending portion of the tab in such a way that the clip prevents the tab from coming out of the slot , wherein said clip is fastened to the second ending portion of the tab ; - said second ending portion comprises a tooth ; - said clip is a forked-shaped clip and is fastened in intermediate position between the tooth and the second wall ; said tooth and said second wall of the container being engaged against two opposite faces of the fork-shaped clip .
A thermodynamic system that contains a bi-phase fluid, the thermodynamic system comprising: an evaporator region for absorbing heat to convert a liquid fraction of the bi-phase fluid into a vapor fraction of the bi-phase fluid; a condenser region for dissipating the heat out of the bi-phase fluid to convert the vapor fraction of the bi-phase fluid into the liquid fraction of the bi-phase fluid; a vapor flow path extending from the evaporator region to the condenser region ; and a liquid flow path that includes a plurality of channels extending from the condenser region to the evaporator region , wherein the liquid flow path includes a first segment (105 ), that is disposed at least partially within the condenser region , at which the plurality of channels have a first width and a first depth, and wherein the liquid flow path further includes a second segment (105 ), that is disposed at least partially within the evaporator region , at which the plurality of channels have a second width that is less than the first width and characterized in that the plurality of channels have a second depth that is greater than the first depth an evaporator region for absorbing heat to convert a liquid fraction of the bi-phase fluid into a vapor fraction of the bi-phase fluid; a condenser region for dissipating the heat out of the bi-phase fluid to convert the vapor fraction of the bi-phase fluid into the liquid fraction of the bi-phase fluid; a vapor flow path extending from the evaporator region to the condenser region ; and a liquid flow path that includes a plurality of channels extending from the condenser region to the evaporator region , wherein the liquid flow path includes a first segment (105 ), that is disposed at least partially within the condenser region , at which the plurality of channels have a first width and a first depth, and wherein the liquid flow path further includes a second segment (105 ), that is disposed at least partially within the evaporator region , at which the plurality of channels have a second width that is less than the first width and characterized in that the plurality of channels have a second depth that is greater than the first depth wherein the liquid flow path includes a first segment (105 ), that is disposed at least partially within the condenser region , at which the plurality of channels have a first width and a first depth, and wherein the liquid flow path further includes a second segment (105 ), that is disposed at least partially within the evaporator region , at which the plurality of channels have a second width that is less than the first width and characterized in that the plurality of channels have a second depth that is greater than the first depth