mhurhangee/patent-ind-claim-en huggingface dataset:
Cutting strand segment for a cutting strand of a power-tool parting device, having at least one a cutter carrier element (16a; 16a'; 16c), having at least one cutting element (18a; 18a'; 18c) arranged on the cutter carrier element (16a; 16a'; 16c), and having at least one cut-depth limiting element (20a; 20a'; 20c), arranged on the cutter carrier element (16a; 16a'; 16c), for limiting a maximum depth of cut of the cutting element (18a; 18a'; 18c), wherein the cut-depth limiting element (20a; 20a'; 20c) limits a maximum depth of cut of the cutting element (18a; 18a'; 18c) to a value of less than 0.5 mm, characterized by at least one transverse securing element (22a; 22a') which is arranged on the cutter carrier element (16a; 16a'; 16b; 16b') and which is intended to secure the cutter carrier element (16a; 16a'), when in a mounted state, as far as possible against a transverse movement relative to a further cutter carrier element of the cutting strand wherein the transverse securing element (22a; 22a') is intended, as a result of a form fit and/or as a result of a force fit, to secure a movement along a transverse axis that extends at least substantially perpendicularly to a cutting plane of the cutting element (18a; 18a'; 18c), wherein the cutting strand element , for connection to a further cutting strand segment of the cutting strand , has at least one stud-form connecting element which is formed integrally with a cutter carrier element of the cutting strand segment .
An insertion tool for inserting a medical device into a body of a patient, the insertion tool comprising: a housing ; a needle ; an advancement assembly configured to selectively advance the medical device for placement in the body of the patient; a guidewire advancement assembly configured to selectively advance a guidewire prior to advancement of the medical device, the guidewire advancement assembly comprising: a first portion ; a second portion , the guidewire operably attached to one of the first portion or the second portion ; characterized in that a proximal end of the guidewire is attached to a portion of the insertion tool , and is looped from its attachment point on the portion of the insertion tool through guide surfaces included on the guidewire advancement assembly before extending through a lumen of the needle , the guidewire advancement assembly further comprises a frangible portion physically interconnecting the first portion of the guidewire advancement assembly to the second portion of the guidewire advancement assembly , the frangible portion configured to break when a force of a predetermined magnitude is imposed thereon. a housing ; a needle ; an advancement assembly configured to selectively advance the medical device for placement in the body of the patient; a guidewire advancement assembly configured to selectively advance a guidewire prior to advancement of the medical device, the guidewire advancement assembly comprising: a first portion ; a second portion , the guidewire operably attached to one of the first portion or the second portion ; characterized in that a proximal end of the guidewire is attached to a portion of the insertion tool , and is looped from its attachment point on the portion of the insertion tool through guide surfaces included on the guidewire advancement assembly before extending through a lumen of the needle , the guidewire advancement assembly further comprises a frangible portion physically interconnecting the first portion of the guidewire advancement assembly to the second portion of the guidewire advancement assembly , the frangible portion configured to break when a force of a predetermined magnitude is imposed thereon. a first portion ; a second portion , the guidewire operably attached to one of the first portion or the second portion ; characterized in that a proximal end of the guidewire is attached to a portion of the insertion tool , and is looped from its attachment point on the portion of the insertion tool through guide surfaces included on the guidewire advancement assembly before extending through a lumen of the needle , the guidewire advancement assembly further comprises a frangible portion physically interconnecting the first portion of the guidewire advancement assembly to the second portion of the guidewire advancement assembly , the frangible portion configured to break when a force of a predetermined magnitude is imposed thereon.
An adhesive sheet comprising in this order: a substrate containing 20-100 parts by mass of a polyester-based plasticizer (B) with respect to 100 parts by mass of a vinyl halide-based resin (A); a primer layer; and an adhesive layer in which an included amount of a tackifier (D) is 0-250 parts by mass and an included amount of inorganic microparticles (E) having an average size of 0.08-20 μm measured by a laser diffraction/scattering type particle size distribution measurement method and being a 50% integrated particle size in volume-based particle size distribution, is 5-150 parts by mass with respect to 100 parts by mass of an elastomer (C), and a total value of the included amounts of the tackifier (D) and the inorganic microparticles (E) is 5-350 parts by mass; wherein the adhesive layers have a probe tack of 7 N/cm 2 or less in accordance with ASTM D 2979, measured as described in the description, and the adhesive force between the adhesive layers having a width of 15 mm measured based on a method described in the present specification is 1.5 N or more, and the inorganic microparticles (E) is selected from the group consisting of calcium carbonate and silica.
A service request authentication method, the method comprising: receiving a first service request; determining (S303) whether the first service request comes from a gateway; upon determining that the first service request comes from the gateway, establishing (S304) a session based on the first service request, generating a token (S304) corresponding to the session in which the first service request is located, and storing (S305) the generated token in a session storage area corresponding to the session; determining a session in which a second service request is located; determining whether a token corresponding to the determined session exists, the token corresponding to the session in which the first service request is located; upon determining (S102) that the token corresponding to the determined session exists, determining (S103) that an authentication of the second service request is passed; and upon determining (S102) that the token corresponding to the determined session does not exist, determining (S104) that the authentication of the second service request fails. receiving a first service request; determining (S303) whether the first service request comes from a gateway; upon determining that the first service request comes from the gateway, establishing (S304) a session based on the first service request, generating a token (S304) corresponding to the session in which the first service request is located, and storing (S305) the generated token in a session storage area corresponding to the session; establishing (S304) a session based on the first service request, generating a token (S304) corresponding to the session in which the first service request is located, and storing (S305) the generated token in a session storage area corresponding to the session; determining a session in which a second service request is located; determining whether a token corresponding to the determined session exists, the token corresponding to the session in which the first service request is located; upon determining (S102) that the token corresponding to the determined session exists, determining (S103) that an authentication of the second service request is passed; and upon determining (S102) that the token corresponding to the determined session does not exist, determining (S104) that the authentication of the second service request fails.
Damping device, especially for damping or avoiding pressure surges, such as pulsing, in hydraulic supply systems, preferably in the form of a silencer, with a damping housing surrounding a damping chamber, said damping housing comprising at least one fluid inlet and at least one fluid outlet and a fluid holding chamber extending between fluid inlet and fluid outlet, wherein a fluid flow passes through the damping chamber when the device is in operation in a flow direction coming from the fluid inlet towards the fluid outlet , wherein at least portions of the fluid holding chamber extend in at least one expansion direction transversely with respect to the flow direction , the fluid holding chamber being directly adjacent to the fluid inlet and the fluid outlet , and the damping housing being designed in multiple parts, - with a pot-shaped base part , which incorporates a disc-shaped central recess forming part of the cavity with the one limiting wall and the fluid inlet and fluid outlet ; and - with a flange-shaped lid part , which engages flush in the central recess with the other limiting wall as part of an engagement piece with the lid part fixed to the base part , characterised in that a guide element through which the fluid flow can flow and with a flow speed that varies in certain regions is provided in the damping chamber and in that the guide element is integrally formed with the lid part and protrudes from the limiting wall formed on the engagement piece . - with a pot-shaped base part , which incorporates a disc-shaped central recess forming part of the cavity with the one limiting wall and the fluid inlet and fluid outlet ; and - with a flange-shaped lid part , which engages flush in the central recess with the other limiting wall as part of an engagement piece with the lid part fixed to the base part , characterised in that a guide element through which the fluid flow can flow and with a flow speed that varies in certain regions is provided in the damping chamber and in that the guide element is integrally formed with the lid part and protrudes from the limiting wall formed on the engagement piece .
A liquid discharge head comprising a flow path substrate including an individual liquid chamber communicating with a nozzle of discharging liquid; and a holding substrate joined to the flow path substrate by an adhesive bond and having an opening being a flow path between a common liquid chamber and the individual liquid chamber , wherein the opening of the holding substrate has a wall surface crossing relative to a joining surface of the folding substrate joined to a joining surface of the flow path substrate by the adhesive bond , characterized in that an uneven portion is provided on the wall surface of the opening of the holding substrate , the uneven portion extends along a first direction that is parallel with the joining surface of the holding substrate and orthogonal to a depth direction of the uneven portion, the uneven portion is arranged on the wall surface of the opening of the holding substrate in a second direction which is orthogonal to the first direction, and a part of the adhesive bond adheres to the uneven portion on the wall surface.
Device for macro inspection of flat objects , in particular wafers, comprising (a) an object holder (b) a camera assembly with a camera for taking an image of at least a portion of the object ; (c) a driving assembly for the generation of a rotational movement between the camera assembly and the object from a first imaging position to at least one further imaging position; wherein (d) the camera assembly comprises at least one further camera ; (e) the object ranges imaged by different cameras are at least partly different, wherein all cameras together simultaneously detect only a portion of the same inspection range of the object ; (f) each object point of the entire inspection range is imaged at least once by one of the cameras due to the rotational movement between the camera assembly and the object generated with the driving assembly; and (g) the object , the object holder or the camera assembly is rotatable about an axis perpendicular to the object plane of the cameras , characterized in that (h) the camera assembly with the cameras is arranged above the object holder , wherein an object range of the object plane is imaged on each camera; (i) each of the cameras of the camera assembly has a position corresponding to an image field of the object range; and (j) the images of the image fields of different cameras of the camera assembly taken in the different imaging positions are assembled to one common overall image. (a) an object holder (b) a camera assembly with a camera for taking an image of at least a portion of the object ; (c) a driving assembly for the generation of a rotational movement between the camera assembly and the object from a first imaging position to at least one further imaging position; wherein (d) the camera assembly comprises at least one further camera ; (e) the object ranges imaged by different cameras are at least partly different, wherein all cameras together simultaneously detect only a portion of the same inspection range of the object ; (f) each object point of the entire inspection range is imaged at least once by one of the cameras due to the rotational movement between the camera assembly and the object generated with the driving assembly; and (g) the object , the object holder or the camera assembly is rotatable about an axis perpendicular to the object plane of the cameras , characterized in that (h) the camera assembly with the cameras is arranged above the object holder , wherein an object range of the object plane is imaged on each camera; (i) each of the cameras of the camera assembly has a position corresponding to an image field of the object range; and (j) the images of the image fields of different cameras of the camera assembly taken in the different imaging positions are assembled to one common overall image.
Non-woven fabric comprising structural fibres and an at least partially fused thermoplastic material, in particular at least partially fused thermoplastic bonding fibres, wherein at least the structural fibres are staple fibres, and wherein the non-woven fabric has a thermally embossed mesh pattern from a multiplicity of intersecting embossed grooves , a multiplicity of embossed elevations being disposed therebetween, wherein - the equivalent diameter of the embossed elevations is less than 50% of the fibre length of the structural fibres; - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed elevations is less than or equal to 4/5; and - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed grooves is 0.5 to 2, characterized in that the proportion of the at least partially fused thermoplastic material is 5% by weight to 30% by weight. - the equivalent diameter of the embossed elevations is less than 50% of the fibre length of the structural fibres; - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed elevations is less than or equal to 4/5; and - the ratio of the width of the embossed grooves to the thickness of the non-woven fabric in the region of the embossed grooves is 0.5 to 2,
A method for wireless communications by a user equipment, LTE, comprising: generating information bits of uplink control information, UCI; encoding the information bits using a code to generate coded bits; assigning different groups of the coded bits to different segments of at least two segments, wherein one or more rules are applied to ensure an integer number of coded bits are allocated to each of the at least two segments, wherein the one or more rules involve: excluding one or more bits from segmentation; setting the excluded one or more bits to predetermined values; and allocating remaining bits equally to the at least two segments; and transmitting the UCI in the at least two segments according to the assignment. generating information bits of uplink control information, UCI; encoding the information bits using a code to generate coded bits; assigning different groups of the coded bits to different segments of at least two segments, wherein one or more rules are applied to ensure an integer number of coded bits are allocated to each of the at least two segments, wherein the one or more rules involve: excluding one or more bits from segmentation; setting the excluded one or more bits to predetermined values; and allocating remaining bits equally to the at least two segments; and excluding one or more bits from segmentation; setting the excluded one or more bits to predetermined values; and allocating remaining bits equally to the at least two segments; and transmitting the UCI in the at least two segments according to the assignment.
An applicator (400; 600; 800), wherein the applicator (400; 600; 800) comprises at least one application mechanism (414; 614; 814), which has at least one impression cylinder (408; 608; 808), at least one form cylinder (402; 602; 802) and at least one supply roller (403; 603; 803) as well as at least one positioning device , and wherein a supply position is a position that, during an application process of the application mechanism (414; 614; 814), is occupied by the at least one supply roller (403; 603; 803) located in the application mechanism (414; 614; 814), and wherein the positioning device has at least one linear guide , and wherein the applicator (400; 600; 800) has at least one storage device , located below the application mechanism (414; 614; 814), for the storing of supply rollers (403; 603; 803), and wherein the storage device has at least two storage receptacles , each for receiving one supply roller (403; 603; 803), and wherein the storage device has at least one movable repositioning device , by means of which the at least two storage receptacles can be moved and placed in different storage positions , wherein by means of the at least one positioning device , at least one supply roller (403; 603; 803) can be moved along an exclusively linear roller positioning path , one end of which is identical to the supply position and the other end of which is identical to a storage position (38; 34) of the storage positions (28; 34) of the at least one storage device that is configured as a change position .
A method comprising: providing an access controller that controls locking devices on entry and egress portals of a secured area ; the access controller registering with an external website or information source to receive notices of alarms raised in a neighborhood of the secured area; the access controller receiving a notice of an alarm raised in the neighborhood of the secured area based on the registering, the notice of the alarm comprising a threat level; the access controller modifying the threat level based on a distance between a location of the secured area and a location of a threat in the notice of the alarm; and the access controller automatically modifying an operational state of the access controller based on the modified threat level in response to receiving the notice of the alarm. providing an access controller that controls locking devices on entry and egress portals of a secured area ; the access controller registering with an external website or information source to receive notices of alarms raised in a neighborhood of the secured area; the access controller receiving a notice of an alarm raised in the neighborhood of the secured area based on the registering, the notice of the alarm comprising a threat level; the access controller modifying the threat level based on a distance between a location of the secured area and a location of a threat in the notice of the alarm; and the access controller automatically modifying an operational state of the access controller based on the modified threat level in response to receiving the notice of the alarm.
A method of driving a plurality of LED-based light sources at a selectable target chromaticity (P1, P2, P3, P4, P5) in a color space, the method comprising: receiving or setting (S604) the selectable target chromaticity within a global common gamut of the color space, wherein the global color gamut includes one or more color points in the color space that is common to two or more of the plurality of LED-based light sources ; determining (S606) that the selectable target chromaticity is between two adjacent vertices of a first plurality of vertices of the global common gamut ; defining (S602), with a transition boundary, an inner region within the global common gamut ; calculating (S610) a first directed distance (d P-b1 ) between the selectable target chromaticity and the transition boundary of the inner region and a second directed distance (d P-b2 ) between the selectable target chromaticity and a straight side (S1, S2, S3) of the global common gamut between the two adjacent vertices; and modifying the selectable target chromaticityto a modified target chromaticity within a light fixture gamut based at least in part on the calculated first and second directed distances, the modification being in an outward direction toward a boundary of the global common gamut and the lighting fixture gamut, the light fixture gamut including color points generated by at least one of the plurality of LED-based light sources ; or generating an activation signal for driving the plurality of LED-based light sources based on the selectable target chromaticity as-is, when the selectable target chromaticity is within the inner region. receiving or setting (S604) the selectable target chromaticity within a global common gamut of the color space, wherein the global color gamut includes one or more color points in the color space that is common to two or more of the plurality of LED-based light sources ; determining (S606) that the selectable target chromaticity is between two adjacent vertices of a first plurality of vertices of the global common gamut ; defining (S602), with a transition boundary, an inner region within the global common gamut ; calculating (S610) a first directed distance (d P-b1 ) between the selectable target chromaticity and the transition boundary of the inner region and a second directed distance (d P-b2 ) between the selectable target chromaticity and a straight side (S1, S2, S3) of the global common gamut between the two adjacent vertices; and modifying the selectable target chromaticityto a modified target chromaticity within a light fixture gamut based at least in part on the calculated first and second directed distances, the modification being in an outward direction toward a boundary of the global common gamut and the lighting fixture gamut, the light fixture gamut including color points generated by at least one of the plurality of LED-based light sources ; or generating an activation signal for driving the plurality of LED-based light sources based on the selectable target chromaticity as-is, when the selectable target chromaticity is within the inner region.