mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising an electrosurgical lysing device, said electrosurgical lysing device comprising: a lysing tip, comprising: a plurality of elongate beads; at least one lysing member defining at least one lysing segment extending between each pair of adjacent beads; the system further comprising an elongate shaft having a longitudinal dimension and a lateral dimension perpendicular to the longitudinal dimension, the shaft being configured to control the lysing tip during a surgical procedure within a patient's body, and the shaft having a distal tip to attach the lysing tip to the shaft in a position in which the lysing tip extends laterally across the distal tip; wherein the plurality of beads comprises first and second beads arranged outermost on the tip at opposite ends thereof; whereby the outermost elongate beads are arranged laterally beyond the shaft, and characterised by a tunnel extending at least partially through each of the plurality of beads, wherein the at least one lysing member is positioned to extend at least partially through the tunnel to define the at least one lysing segment between each pair of adjacent beads, wherein said outermost elongate beads extend substantially parallel to the elongate shaft. a plurality of elongate beads; at least one lysing member defining at least one lysing segment extending between each pair of adjacent beads; the system further comprising an elongate shaft having a longitudinal dimension and a lateral dimension perpendicular to the longitudinal dimension, the shaft being configured to control the lysing tip during a surgical procedure within a patient's body, and the shaft having a distal tip to attach the lysing tip to the shaft in a position in which the lysing tip extends laterally across the distal tip; wherein the plurality of beads comprises first and second beads arranged outermost on the tip at opposite ends thereof; whereby the outermost elongate beads are arranged laterally beyond the shaft, and characterised by a tunnel extending at least partially through each of the plurality of beads, wherein the at least one lysing member is positioned to extend at least partially through the tunnel to define the at least one lysing segment between each pair of adjacent beads, wherein said outermost elongate beads extend substantially parallel to the elongate shaft.
A tissue clipping apparatus, comprising: a flexible insertion member extending from a proximal end portion to a distal end portion, wherein the proximal end portion during use remains outside a body accessible to a user and the distal end portion is inserted into the body; a clip including a first and a second clip arm , each clip arm having a tab at its proximal end portion; a capsule , the capsule receiving a proximal portion of the clip and comprising first windows configured to be engaged by the tabs for locking the clip closed; a control wire extending through the flexible insertion member; and a bushing provided at the distal end portion of the flexible insertion member; characterized in that the capsule is maintained in engagement with the bushing by a retainer before release, wherein the retainer comprises two spring arms , each of which engages a corresponding second window of the capsule. a flexible insertion member extending from a proximal end portion to a distal end portion, wherein the proximal end portion during use remains outside a body accessible to a user and the distal end portion is inserted into the body; a clip including a first and a second clip arm , each clip arm having a tab at its proximal end portion; a capsule , the capsule receiving a proximal portion of the clip and comprising first windows configured to be engaged by the tabs for locking the clip closed; a control wire extending through the flexible insertion member; and a bushing provided at the distal end portion of the flexible insertion member; characterized in that the capsule is maintained in engagement with the bushing by a retainer before release, wherein the retainer comprises two spring arms , each of which engages a corresponding second window of the capsule.
A method for crystallizing granules and removing low molecular mass components from the granules of a crystallizable thermoplastic material having a crystalline melting temperature of at least 130°C, measured as indicated in the description, in which granules of the crystallizable thermoplastic material are at least partially crystallized in a crystallization stage and subsequently the low molecular mass components are at least partially removed from the at least partially crystallized granules in a removal stage, wherein the crystallization and the removal of low molecular occur at different temperatures, wherein the crystallization occurs at lower temperatures than the removal, wherein in the crystallization and removal stages the granules are traversed by a flow of gas, the flow of gas preferably passing countercurrent to a direction along which the granules are conveyed, characterized in that the gas is first fed into the removal stage and, after flowing through the granules in the removal stage, is withdrawn from the removal stage and subsequently fed into the crystallization stage where the gas flows through the granules in the crystallization stage, and the gas withdrawn from the removal stage is mixed with a second gas having a lower temperature than the first gas or cooled before being fed into the crystallization stage, and the generated gas mixture or the cooled gas is fed into the crystallization stage. granules of the crystallizable thermoplastic material are at least partially crystallized in a crystallization stage and subsequently the low molecular mass components are at least partially removed from the at least partially crystallized granules in a removal stage, wherein the crystallization and the removal of low molecular occur at different temperatures, wherein the crystallization occurs at lower temperatures than the removal, wherein in the crystallization and removal stages the granules are traversed by a flow of gas, the flow of gas preferably passing countercurrent to a direction along which the granules are conveyed, characterized in that the gas is first fed into the removal stage and, after flowing through the granules in the removal stage, is withdrawn from the removal stage and subsequently fed into the crystallization stage where the gas flows through the granules in the crystallization stage, and the gas withdrawn from the removal stage is mixed with a second gas having a lower temperature than the first gas or cooled before being fed into the crystallization stage, and the generated gas mixture or the cooled gas is fed into the crystallization stage.
A method for placing and contacting a contact element formed in particular as a test contact of a test contact arrangement, wherein in said method, for forming a heat transfer surface, a contact head provided with a contact element holding device , with the contact element received in the contact element holding device, is placed between the contact element and a connecting material deposit arranged on a contact surface of a contact carrier in the direction of a feeding axis against a contact surface of the connecting material deposit, and, for realizing an at least partial fusing of the connecting material deposit and for producing a materially bonded connection between the contact element and the connecting material deposit, thermal energy is introduced into the connecting material deposit by means of treating the contact element with thermal energy, characterized in that the temperature T of the contact element is measured while the contact element is being treated and the duration of the treatment is defined as a function of a determined temperature gradient dT/dt of the temperature T of the contact element , wherein measuring of the temperature is realized by means of the sensor device being allocated to a controlling device of a laser device for laser treatment of the contact element , the controlling device controlling the operation of the laser device as a function of a temperature gradient dT/dt determined on the basis of a sensor output signal.
A specimen measurement apparatus comprising: an aspirator via which a specimen is aspirated; a flow path connected to the aspirator ; a first pump connected to the flow path ; a second pump connected to the flow path ; and a controller that is configured to select and cause either the first pump or the second pump to aspirate the specimen via the aspirator ; the second pump comprises a different aspiration ability from the first pump ; the controller is configured to select a measurement mode from a plurality of measurement modes to measure a specimen; the controller is configured to select and cause either the first pump or the second pump to aspirate the specimen from the aspirator according to the selected measurement mode; the plurality of measurement modes comprising: a first measurement mode in which a first quantity of the specimen is aspirated by the first pump ; and a second measurement mode in which a second quantity of the specimen different from the first quantity is aspirated by the second pump , characterized in that the flow path is connected to a detector that measures the specimen aspirated via the aspirator into the flow path ; and in that the controller is configured to cause the first pump to send the specimen aspirated via the aspirator into the flow path to the detector in the first measurement mode and the second measurement mode. an aspirator via which a specimen is aspirated; a flow path connected to the aspirator ; a first pump connected to the flow path ; a second pump connected to the flow path ; and a controller that is configured to select and cause either the first pump or the second pump to aspirate the specimen via the aspirator ; the second pump comprises a different aspiration ability from the first pump ; the controller is configured to select a measurement mode from a plurality of measurement modes to measure a specimen; the controller is configured to select and cause either the first pump or the second pump to aspirate the specimen from the aspirator according to the selected measurement mode; the plurality of measurement modes comprising: a first measurement mode in which a first quantity of the specimen is aspirated by the first pump ; and a second measurement mode in which a second quantity of the specimen different from the first quantity is aspirated by the second pump , characterized in that the flow path is connected to a detector that measures the specimen aspirated via the aspirator into the flow path ; and in that the controller is configured to cause the first pump to send the specimen aspirated via the aspirator into the flow path to the detector in the first measurement mode and the second measurement mode.
An integrated aircraft seat control panel , comprising: an armrest ; a user interface device at least partially embedded in a cavity defined within the armrest of an aircraft seat, the cavity being accessible via at least one exterior surface of the armrest , the user interface device including at least one user input device; at least one signal path for communicatively coupling the user interface device to at least one component of the aircraft seat, the user interface device being configured to generate at least one signal for at least one control function of the at least one component following an input being received via the at least one user input device; and a textile covering coupled to the armrest and positioned above the user interface device, the textile covering configured to transmit the input to the at least one user input device through the textile covering ; wherein the textile covering extends to cover at least a portion of the armrest apart from the user interface device ; characterized in that the textile covering includes a plurality of icons aligned above the at least one user input device, and the plurality of icons are configured to be illuminated from below via a light source output of the user interface device . an armrest ; a user interface device at least partially embedded in a cavity defined within the armrest of an aircraft seat, the cavity being accessible via at least one exterior surface of the armrest , the user interface device including at least one user input device; at least one signal path for communicatively coupling the user interface device to at least one component of the aircraft seat, the user interface device being configured to generate at least one signal for at least one control function of the at least one component following an input being received via the at least one user input device; and a textile covering coupled to the armrest and positioned above the user interface device, the textile covering configured to transmit the input to the at least one user input device through the textile covering ; wherein the textile covering extends to cover at least a portion of the armrest apart from the user interface device ; characterized in that the textile covering includes a plurality of icons aligned above the at least one user input device, and the plurality of icons are configured to be illuminated from below via a light source output of the user interface device .
A catheter comprising: a wiring assembly , the wiring assembly configured to run through the catheter from a sensor at a distal end of the catheter to readout circuitry at a proximal end of the catheter, and which is suitable for reducing magnetic pickup in magnetic position-tracking systems, the wiring assembly comprising: a differential input port , configured to receive a differential signal from the sensor at a first end of the wiring assembly; a differential output port , configured to output the differential signal at a second end of the wiring assembly; and a pair of electrical leads and a second pair of leads , which are configured to convey the differential signal from the first end of the wiring assembly to the second end of the wiring assembly, the second pair of leads connected to the pair of electrical leads at the first end of the wiring assembly and at the second end of the wiring assembly, wherein the second pair of lead is inverse-parallel connected to the pair of electrical leads to cancel pickup of an ambient magnetic field by the pair of electric leads , wherein the pair of electrical leads and the second pair of leads each encompass a same area, up to a preset tolerance. a differential input port , configured to receive a differential signal from the sensor at a first end of the wiring assembly; a differential output port , configured to output the differential signal at a second end of the wiring assembly; and a pair of electrical leads and a second pair of leads , which are configured to convey the differential signal from the first end of the wiring assembly to the second end of the wiring assembly, the second pair of leads connected to the pair of electrical leads at the first end of the wiring assembly and at the second end of the wiring assembly, wherein the second pair of lead is inverse-parallel connected to the pair of electrical leads to cancel pickup of an ambient magnetic field by the pair of electric leads , wherein the pair of electrical leads and the second pair of leads each encompass a same area, up to a preset tolerance.
A curable particulate silicone composition comprising: (A) 100 parts by mass of hot-melt silicone fine particles having an average primary particle diameter observed with an optical microscope of 1 to 5000 μm, having a softening point of 30°C. or higher measured as defined in the description and having a hydrosilylation reactive group and/or a radical reactive group; (B) 500 to 4000 parts by mass of an inorganic filler having an average particle diameter observed with an optical microscope of 10.0 μm or more and (C) a curing agent, wherein when cured, the curable particulate silicone composition provides a cured product that has an average linear expansion coefficient measured as defined in the description, at temperature range of 25°C. to 200°C. of 30 ppm/°C. or less and the ratio of the value of the storage modulus at -50°C. (G' -50 ) to the value of the storage modulus at 250°C. (G' 250 ): (G' -50 /G' 250 ) is in the range of 1/1 to 1/50, wherein each storage modulus is measured using a rheometer. (A) 100 parts by mass of hot-melt silicone fine particles having an average primary particle diameter observed with an optical microscope of 1 to 5000 μm, having a softening point of 30°C. or higher measured as defined in the description and having a hydrosilylation reactive group and/or a radical reactive group; (B) 500 to 4000 parts by mass of an inorganic filler having an average particle diameter observed with an optical microscope of 10.0 μm or more and (C) a curing agent,
Actuation method for construction elements such as windows, doors and the like, with at least one handle and with an entrainment member element which can be brought non-rotationally into engagement with the handle, wherein between the handle and entrainment member element is provided a device which is designed such that the introduction of the entrainment member element in a first direction R1 is able to be carried out and in a second direction R2 is locked, characterised in that - a spring , acting radially with respect to the entrainment member element , is disposed between the entrainment member element and the device , - the spring has a bearing portion which is in contact with the entrainment member element and is spaced at least partially from the device , and - the spring has on the axial ends of the bearing portion respectively one flank , wherein the flanks receive a protrusion of the device between them and abut on an undercut on each side of the protrusion . - a spring , acting radially with respect to the entrainment member element , is disposed between the entrainment member element and the device , - the spring has a bearing portion which is in contact with the entrainment member element and is spaced at least partially from the device , and - the spring has on the axial ends of the bearing portion respectively one flank , wherein the flanks receive a protrusion of the device between them and abut on an undercut on each side of the protrusion .
An image processing apparatus comprising: first obtaining means for obtaining a target image and a reference image, wherein the target image and the reference image are constituted by a set of voxels arranged in a discretized manner; setting means for setting a search area in the target image on the basis of a corresponding position that is a position in the target image corresponding to a position of interest in the reference image, wherein the search area is an area inside which the corresponding position is included and which is a part of the target image; dividing means for dividing the search area into a plurality of partial areas on the basis of positions of the voxels of the target image and intersection points between an outline of the search area and lines connecting adjacent voxels among the voxels; second obtaining means for obtaining, on the basis of at least one of a voxel value included in the partial area and an interpolated value obtained by interpolation of a voxel of the target image at a vertex position of the partial area , at least one of a maximum and a minimum of a voxel value and an interpolated value within the search area ; and third obtaining means for obtaining a comparison value through a comparison operation between at least one of the maximum and the minimum obtained by the second obtaining means and a voxel value at the position of interest in the reference image. first obtaining means for obtaining a target image and a reference image, wherein the target image and the reference image are constituted by a set of voxels arranged in a discretized manner; setting means for setting a search area in the target image on the basis of a corresponding position that is a position in the target image corresponding to a position of interest in the reference image, wherein the search area is an area inside which the corresponding position is included and which is a part of the target image; dividing means for dividing the search area into a plurality of partial areas on the basis of positions of the voxels of the target image and intersection points between an outline of the search area and lines connecting adjacent voxels among the voxels; second obtaining means for obtaining, on the basis of at least one of a voxel value included in the partial area and an interpolated value obtained by interpolation of a voxel of the target image at a vertex position of the partial area , at least one of a maximum and a minimum of a voxel value and an interpolated value within the search area ; and third obtaining means for obtaining a comparison value through a comparison operation between at least one of the maximum and the minimum obtained by the second obtaining means and a voxel value at the position of interest in the reference image.
A method for manufacturing a beverage use can, the method comprising: forming an inkjet printing image on an outer circumferential surface of a can body by inkjet printing; and then forming a plate printing image including at least one of a character image, a trademark and a bar code on the inkjet printing image by plate printing, the area in which the plate printing image is formed being smaller than the area in which the inkjet printing image is formed. forming an inkjet printing image on an outer circumferential surface of a can body by inkjet printing; and then forming a plate printing image including at least one of a character image, a trademark and a bar code on the inkjet printing image by plate printing, the area in which the plate printing image is formed being smaller than the area in which the inkjet printing image is formed.