mhurhangee/ep-ind-claims huggingface dataset:
A sensor probe operative to sense an electrical parameter of an insulated conductor, the sensor probe comprising: a body having a sleeve that is moveable along the body between an open position and a closed position; a clamp having a first jaw and an opposing second jaw that, when closed against each other, contain an interior region within the clamp; and a non-contact sensor coupled to the sleeve and positioned at or near a perimeter of the interior region within the clamp, wherein the non-contact sensor is operative to sense at least one electrical parameter of the insulated conductor without requiring galvanic contact with the conductor when the insulated conductor is positioned within the interior region of the clamp, wherein, when the sleeve is in the open position, the first and second jaws are positioned apart from each other to create a gap that allows the insulated conductor to pass between the jaws into the interior region within the clamp, and when the sleeve is in the closed position, the first and second jaws are positioned to close the gap and thereby close the interior region within the clamp, and wherein the size of the interior region within the clamp is adjustable by movement of the sleeve along the body, characterized in that at least one of the first jaw and the second jaw of the clamp is positioned at least partially within the sleeve when the sleeve is in the closed position. a body having a sleeve that is moveable along the body between an open position and a closed position; a clamp having a first jaw and an opposing second jaw that, when closed against each other, contain an interior region within the clamp; and a non-contact sensor coupled to the sleeve and positioned at or near a perimeter of the interior region within the clamp, wherein the non-contact sensor is operative to sense at least one electrical parameter of the insulated conductor without requiring galvanic contact with the conductor when the insulated conductor is positioned within the interior region of the clamp, wherein, when the sleeve is in the open position, the first and second jaws are positioned apart from each other to create a gap that allows the insulated conductor to pass between the jaws into the interior region within the clamp, and when the sleeve is in the closed position, the first and second jaws are positioned to close the gap and thereby close the interior region within the clamp, and wherein the size of the interior region within the clamp is adjustable by movement of the sleeve along the body, characterized in that at least one of the first jaw and the second jaw of the clamp is positioned at least partially within the sleeve when the sleeve is in the closed position.
An evolved Node-B eNB comprising: a transceiver configured to communicate with user equipment UE; and processing circuitry configured to: configure the transceiver to receive a power saving mode PSM configuration indication of the UE, the PSM configuration indication including a PSM configuration of the UE; adjust timing of release of a radio resource control RRC connection of the UE, when the UE is in a connection mode based on the received PSM configuration indication to set an adjusted transmission time; and configure the transceiver to transmit to the UE an RRC connection release message at an adjusted transmission time based on the received PSM configuration indication, characterized in that the processing circuitry is further configured to: configure the transceiver to transmit, during handover of the UE to another eNB, the PSM configuration indication associated with the PSM configuration to the other eNB. a transceiver configured to communicate with user equipment UE; and processing circuitry configured to: configure the transceiver to receive a power saving mode PSM configuration indication of the UE, the PSM configuration indication including a PSM configuration of the UE; adjust timing of release of a radio resource control RRC connection of the UE, when the UE is in a connection mode based on the received PSM configuration indication to set an adjusted transmission time; and configure the transceiver to transmit to the UE an RRC connection release message at an adjusted transmission time based on the received PSM configuration indication, characterized in that configure the transceiver to receive a power saving mode PSM configuration indication of the UE, the PSM configuration indication including a PSM configuration of the UE; adjust timing of release of a radio resource control RRC connection of the UE, when the UE is in a connection mode based on the received PSM configuration indication to set an adjusted transmission time; and configure the transceiver to transmit to the UE an RRC connection release message at an adjusted transmission time based on the received PSM configuration indication, the processing circuitry is further configured to: configure the transceiver to transmit, during handover of the UE to another eNB, the PSM configuration indication associated with the PSM configuration to the other eNB.
A unicompartmental knee prosthesis for implantation in a knee joint between a femoral condyle and a corresponding tibia plateau, the prosthesis comprising: a generally elliptical body having opposed femoral and tibial faces, the body having an anterior end and a posterior end; and a keel provided on the tibial face in an anterior-posterior orientation extending along an axis from the anterior end to the posterior end, the keel having a length that extends along and contacts at least half the length of the tibial face, the keel having an anterior end and a posterior end, wherein the keel posterior end includes a proximal posterior portion contacting the tibial face along the axis and a distal posterior portion spaced from the tibial face, the distal posterior portion extending along the axis farther toward the body posterior end compared with the proximal posterior portion of the keel posterior end. a generally elliptical body having opposed femoral and tibial faces, the body having an anterior end and a posterior end; and a keel provided on the tibial face in an anterior-posterior orientation extending along an axis from the anterior end to the posterior end, the keel having a length that extends along and contacts at least half the length of the tibial face, the keel having an anterior end and a posterior end, wherein the keel posterior end includes a proximal posterior portion contacting the tibial face along the axis and a distal posterior portion spaced from the tibial face, the distal posterior portion extending along the axis farther toward the body posterior end compared with the proximal posterior portion of the keel posterior end.
An electronic device comprising: a display; a housing accommodating the display and including a display module arrangement region and an upper region arranged above the display module arrangement region, wherein the housing includes at least one filling member introduction hole (327, 328) adjacent to the upper region; a first seal member attaching the display to the housing, the first seal member disposed between the display and the housing and extending substantially along a left rim region of the display module arrangement region, a lower rim region of the display module arrangement region, and a right rim region of the display module arrangement region; a second seal member attaching the display to the housing, the second seal member disposed between the display and the housing and arranged in the upper region; and a third seal member disposed in a space (355, 356) formed between the first seal member and the second seal member, wherein the third seal member is formed from a semisolid or liquid material inserted into the space via the at least one filling member introduction hole (327, 328). a display; a housing accommodating the display and including a display module arrangement region and an upper region arranged above the display module arrangement region, wherein the housing includes at least one filling member introduction hole (327, 328) adjacent to the upper region; a first seal member attaching the display to the housing, the first seal member disposed between the display and the housing and extending substantially along a left rim region of the display module arrangement region, a lower rim region of the display module arrangement region, and a right rim region of the display module arrangement region; a second seal member attaching the display to the housing, the second seal member disposed between the display and the housing and arranged in the upper region; and a third seal member disposed in a space (355, 356) formed between the first seal member and the second seal member, wherein the third seal member is formed from a semisolid or liquid material inserted into the space via the at least one filling member introduction hole (327, 328).
An instrument guide for a probe head of an ultrasound imaging probe, the ultrasound imaging probe comprising: a housing that includes a first end region and a second end region; an ultrasonic window at the second end region; and a transducer array with a plurality of transducer elements that produces an image plane, the plurality of transducer elements being disposed in the housing, the instrument guide comprising: a probe support region having a long axis and configured to receive the second end region of the probe; a first guide bracket extending from a first side of the probe support region in a direction of the long axis; a second guide bracket extending from a second side of the probe support region in a direction transverse to the long axis; a first guide disposed in the first guide bracket, the first guide being an in-plane instrument guide, wherein in-plane refers to a direction in said image plane; and a second guide disposed in the second guide bracket, the second guide being an out-of-plane instrument guide, wherein out-of-plane refers to a direction transverse to said image plane, characterized in that the second guide bracket includes a recess and a securing mechanism and the second guide includes a tap, the second guide sitting removably in said recess with the tap of the second guide being disposed in the securing mechanism to secure the second guide in place. a probe support region having a long axis and configured to receive the second end region of the probe; a first guide bracket extending from a first side of the probe support region in a direction of the long axis; a second guide bracket extending from a second side of the probe support region in a direction transverse to the long axis; a first guide disposed in the first guide bracket, the first guide being an in-plane instrument guide, wherein in-plane refers to a direction in said image plane; and a second guide disposed in the second guide bracket, the second guide being an out-of-plane instrument guide, wherein out-of-plane refers to a direction transverse to said image plane,
A method, to be performed in an audio rendering device, respectively an audio acquiring device, of a communication system comprising a master device, said method comprising configuring said audio rendering device, respectively said audio acquiring device, to consume data from, respectively to product data to, at least one first audio channel of a plurality of audio channels of said master device, said configuring comprising: • obtaining, from said master device, for at least one second audio channel of said plurality of audio channels, an information representative of whether said second audio channel is currently assigned to at least another audio rendering and/or acquiring device of said communication system; selecting said at least one first audio channel amongst said plurality of audio channels according to the obtained information of said at least one second audio channel. • obtaining, from said master device, for at least one second audio channel of said plurality of audio channels, an information representative of whether said second audio channel is currently assigned to at least another audio rendering and/or acquiring device of said communication system;
The devulcanizing agent for processing of waste rubber and other elastomers, characterized by comprising: - component A selected from organic compounds, which contain carbonyl and amine or amide functional groups, such as amino acids, carbamates, isocyanurates, carboxylic acid amides and their derivatives, as well as mixtures thereof, whose molecules penetrate the rubber matrix and destabilize S-S and S-C bonds; - component B selected from solid ashless inorganic salts of ammonium and hydrazonium as well as mixtures thereof to increase the shear between rubber polymers during the mechanical action in processing along with prevention of sticking between particles of fragmented rubber; and optionally - supplemental additives, such as pre-vulcanization inhibitors, abrasives or antioxidants; wherein the ratio of components A and B in the agent is in the range from 5:1 to 1:5 parts by weight, preferably - in the range from 2:1 to 1:2 parts by weight. - component A selected from organic compounds, which contain carbonyl and amine or amide functional groups, such as amino acids, carbamates, isocyanurates, carboxylic acid amides and their derivatives, as well as mixtures thereof, whose molecules penetrate the rubber matrix and destabilize S-S and S-C bonds; - component B selected from solid ashless inorganic salts of ammonium and hydrazonium as well as mixtures thereof to increase the shear between rubber polymers during the mechanical action in processing along with prevention of sticking between particles of fragmented rubber; and optionally - supplemental additives, such as pre-vulcanization inhibitors, abrasives or antioxidants; wherein the ratio of components A and B in the agent is in the range from 5:1 to 1:5 parts by weight, preferably - in the range from 2:1 to 1:2 parts by weight.
A method for manufacturing a starch hydrolysate having a Dextrose Equivalent DEe ranging from 5 to 30 comprising: a) a step of contacting an aqueous solution of starch or starchy material with at least one alpha-amylase comprising an Enzyme V; b) followed by a step of hydrolysing said aqueous solution; c) followed by a step of inhibiting the enzyme V to form an intermediate hydrolysate solution having a DE equal to DE c. d) followed by a step of contacting the intermediate hydrolysate solution obtained in step c) with at least one additional alpha-amylase, different from the Enzyme V; e) followed by a second hydrolysis step to form a hydrolysate for a sufficient time so that it has a Dextrose Equivalent DE e, ranging from 5 to 30; f) followed by a step of recovering the hydrolysate formed in step e); characterised in that the Enzyme V is an enzyme selected from: • the polypeptides encoded by a nucleotide sequence as represented in SEQ ID No: 1 or a nucleotide sequence having a percentage of identity relative to the sequence SEQ ID No: 1 which is at least equal to 80%, or • polypeptides comprising the enzymatically active fragment of the sequence encoded by the sequence SEQ ID No: 1; and in that the additional alpha-amylase different from the Enzyme V is a Bacillus Licheniformis alpha-amylase. a) a step of contacting an aqueous solution of starch or starchy material with at least one alpha-amylase comprising an Enzyme V; b) followed by a step of hydrolysing said aqueous solution; c) followed by a step of inhibiting the enzyme V to form an intermediate hydrolysate solution having a DE equal to DE c. d) followed by a step of contacting the intermediate hydrolysate solution obtained in step c) with at least one additional alpha-amylase, different from the Enzyme V; e) followed by a second hydrolysis step to form a hydrolysate for a sufficient time so that it has a Dextrose Equivalent DE e, ranging from 5 to 30; f) followed by a step of recovering the hydrolysate formed in step e); characterised in that the Enzyme V is an enzyme selected from: • the polypeptides encoded by a nucleotide sequence as represented in SEQ ID No: 1 or a nucleotide sequence having a percentage of identity relative to the sequence SEQ ID No: 1 which is at least equal to 80%, or • polypeptides comprising the enzymatically active fragment of the sequence encoded by the sequence SEQ ID No: 1; and • the polypeptides encoded by a nucleotide sequence as represented in SEQ ID No: 1 or a nucleotide sequence having a percentage of identity relative to the sequence SEQ ID No: 1 which is at least equal to 80%, or • polypeptides comprising the enzymatically active fragment of the sequence encoded by the sequence SEQ ID No: 1; and in that the additional alpha-amylase different from the Enzyme V is a Bacillus Licheniformis alpha-amylase.
Connection terminal for connection of an electrical conductor, having a housing, a busbar, which is arranged in the housing, a clamping spring, which is arranged in the housing, and a pivotably mounted actuating lever, wherein, during a pivoting movement of the actuating lever, the clamping spring is transferable into an open position and into a closed position, wherein the clamping spring has a clamping limb for clamping a conductor, introduced into the housing, against the busbar in the closed position, wherein an actuating tab is arranged on the clamping limb in such a way that, during the transfer of the clamping spring from the closed position into the open position, a pressure force (F D) is applied to the actuating tab by the actuating lever, wherein the actuating tab has an attachment region, which is arranged directly on the clamping limb, and a pressure region, which is arranged on the attachment region, wherein the pressure region is formed so as to be spaced apart from the clamping limb, characterized in that the actuating lever is positioned in relation to the actuating tab in such a way that the actuating lever is held in a self-locking manner in the open position, wherein the self-locking is formed in that, in the open position, a pressure point (P D) which acts when the pressure force (F D) is applied to the actuating tab by means of the actuating lever is arranged above a pivot axis of the actuating lever. a housing, a busbar, which is arranged in the housing, a clamping spring, which is arranged in the housing, and a pivotably mounted actuating lever, wherein, during a pivoting movement of the actuating lever, the clamping spring is transferable into an open position and into a closed position, wherein the clamping spring has a clamping limb for clamping a conductor, introduced into the housing, against the busbar in the closed position, wherein an actuating tab is arranged on the clamping limb in such a way that, during the transfer of the clamping spring from the closed position into the open position, a pressure force (F D) is applied to the actuating tab by the actuating lever, wherein the actuating tab has an attachment region, which is arranged directly on the clamping limb, and a pressure region, which is arranged on the attachment region, wherein the pressure region is formed so as to be spaced apart from the clamping limb, characterized in that the actuating lever is positioned in relation to the actuating tab in such a way that the actuating lever is held in a self-locking manner in the open position, wherein the self-locking is formed in that, in the open position, a pressure point (P D) which acts when the pressure force (F D) is applied to the actuating tab by means of the actuating lever is arranged above a pivot axis of the actuating lever.
A refrigeration apparatus comprising a refrigerant circuit, along which a compressor, a heat dissipator, an expander, and an evaporator are connected, for performing a refrigeration cycle by circulating a refrigerant in the refrigerant circuit, characterized in that, the refrigerant circuit includes an inflow port of the expander to which a portion of the refrigerant that is delivered to the expander is introduced and an injection passageway through which a portion of the refrigerant flowing towards the expander from the heat dissipator in the refrigerant circuit is introduced into an expansion chamber of the expander in the process of expansion such that the refrigerant introduced into the expansion chamber from the injection passageway is expanded together with the refrigerant introduced into the expansion chamber of the expander from the inflow port; a flow rate control valve for regulating the refrigerant flow rate in the injection passageway, a bypass passageway for connecting upstream and downstream sides of the expander, a bypass control valve for regulating the refrigerant flow rate in the bypass passageway, and controller means for adjusting the position of the flow rate control valve and the position of the bypass control valve so that the coefficient of performance of the refrigeration cycle in the refrigerant circuit reaches a maximum value available in a current operating condition of the refrigeration apparatus, and the controller means is configured to perform a primary control operation and an auxiliary control operation in the former of which the position of the flow rate control valve is adjusted with the bypass control valve held in the fully closed state and in the latter of which the position of the bypass control valve is adjusted with the flow rate control valve held in the fully opened state when the flow rate control valve enters the fully opened state during the primary control operation, thereby resuming the primary control operation when the bypass control valve enters the fully closed state during the auxiliary control operation. an inflow port of the expander to which a portion of the refrigerant that is delivered to the expander is introduced and an injection passageway through which a portion of the refrigerant flowing towards the expander from the heat dissipator in the refrigerant circuit is introduced into an expansion chamber of the expander in the process of expansion such that the refrigerant introduced into the expansion chamber from the injection passageway is expanded together with the refrigerant introduced into the expansion chamber of the expander from the inflow port; a flow rate control valve for regulating the refrigerant flow rate in the injection passageway, a bypass passageway for connecting upstream and downstream sides of the expander, a bypass control valve for regulating the refrigerant flow rate in the bypass passageway, and