mhurhangee/ep-ind-claims huggingface dataset:
Amop system, comprising a flat mop holder, which is adapted and arranged to hold a mop cover in a first state and to release the mop cover in a second state, and which comprises an actuating kinematic system for causing a change from the first state to the second state, a mop handle, which is connected or connectable to the flat mop holder at a first end, wherein an actuating member arranged opposite the first end on the mop handle, in particular at a second end of the mop handle, adapted and arranged to activate the actuating kinematic system, at least one cable pull, which is adapted and arranged to transmit an activation force and/or movement from the actuating member to the actuating kinematic system, characterized in that the mop handle comprises a plurality of mop handle sections (53, 54) which are telescopically adjustable relative to one another, wherein the cable pull comprises at least one length compensation device, which is adapted and arranged to variably adjust the at least one cable pull corresponding to a telescopic position of the mop handle sections (53, 54). a flat mop holder, which is adapted and arranged to hold a mop cover in a first state and to release the mop cover in a second state, and which comprises an actuating kinematic system for causing a change from the first state to the second state, a mop handle, which is connected or connectable to the flat mop holder at a first end, wherein an actuating member arranged opposite the first end on the mop handle, in particular at a second end of the mop handle, adapted and arranged to activate the actuating kinematic system, at least one cable pull, which is adapted and arranged to transmit an activation force and/or movement from the actuating member to the actuating kinematic system, characterized in that the mop handle comprises a plurality of mop handle sections (53, 54) which are telescopically adjustable relative to one another, wherein the cable pull comprises at least one length compensation device, which is adapted and arranged to variably adjust the at least one cable pull corresponding to a telescopic position of the mop handle sections (53, 54).
A method, performed by a device, of processing an image, the method comprising: obtaining at least two images of a target space captured using a camera, and a lens shading correction parameter and a weight value for blending pixel values of pixels, wherein the at least two images have a circular shape; determining 3D mesh model information and mapping information for the at least two images, wherein the mapping information indicates mapping between the at least two images and the 3D mesh model; generating metadata including the lens shading correction parameter, the weight value for blending pixel values of pixels included in overlapped regions, the 3D mesh model information and the mapping information; editing the at least two images to minimize margin regions having no data included, which are generated due to transmitting images of circular shapes to a terminal using a rectangular image structure, by: cropping image regions of each of the at least two images of the target space in the form of concentric bands (912, 922); and rearranging the cropped image regions to form a rectangular image transmitted to the terminal; and transmitting the rectangular image and the metadata, to the terminal for generating a 360 degree virtual reality, VR, image of the target space. obtaining at least two images of a target space captured using a camera, and a lens shading correction parameter and a weight value for blending pixel values of pixels, wherein the at least two images have a circular shape; determining 3D mesh model information and mapping information for the at least two images, wherein the mapping information indicates mapping between the at least two images and the 3D mesh model; generating metadata including the lens shading correction parameter, the weight value for blending pixel values of pixels included in overlapped regions, the 3D mesh model information and the mapping information; editing the at least two images to minimize margin regions having no data included, which are generated due to transmitting images of circular shapes to a terminal using a rectangular image structure, by: cropping image regions of each of the at least two images of the target space in the form of concentric bands (912, 922); and rearranging the cropped image regions to form a rectangular image transmitted to the terminal; and cropping image regions of each of the at least two images of the target space in the form of concentric bands (912, 922); and rearranging the cropped image regions to form a rectangular image transmitted to the terminal; and transmitting the rectangular image and the metadata, to the terminal for generating a 360 degree virtual reality, VR, image of the target space.
A lighting system accommodating a light source and further comprising: - a track comprising at least a first and a second rail mutually extending equidistantly along an axis, said first and second rail are spaced apart by an opening defining a plane P and the first rail comprises a first electrically conductive strip and the second rails comprises a second electrically conductive strip, said strips are mutually electrically isolated, each rail has a ridge extending perpendicular to plane P, - at least one lighting module comprising a first and second electrical contact adapted to make electrical contact with a respective one of the first and second electrically conductive strip when supported by a respective carrier side of both the first and the second rail, and comprising a base having a mutually opposing first and second side, - the lighting module and track being free from mutual overhang to enable to dismount the lighting module from the track by a displacement of the lighting module in a direction essentially perpendicular to plane P, - characterized in that the lighting module is provided with grooves that, in mounted position, grip around at least a part of a respective rail, and the grooves are present on both the first and second side of the lighting module to enable to flip the lighting module. - a track comprising at least a first and a second rail mutually extending equidistantly along an axis, said first and second rail are spaced apart by an opening defining a plane P and the first rail comprises a first electrically conductive strip and the second rails comprises a second electrically conductive strip, said strips are mutually electrically isolated, each rail has a ridge extending perpendicular to plane P, - at least one lighting module comprising a first and second electrical contact adapted to make electrical contact with a respective one of the first and second electrically conductive strip when supported by a respective carrier side of both the first and the second rail, and comprising a base having a mutually opposing first and second side, - the lighting module and track being free from mutual overhang to enable to dismount the lighting module from the track by a displacement of the lighting module in a direction essentially perpendicular to plane P, - characterized in that the lighting module is provided with grooves that, in mounted position, grip around at least a part of a respective rail, and the grooves are present on both the first and second side of the lighting module to enable to flip the lighting module.
A safety apparatus comprising: at least one moving mass; at least one energy absorbing member (1, 31, 42, 53); and when the at least one moving mass reaches a predefined threshold, the at least one energy absorbing member (1, 31, 42, 53) engages and applies a retarding force on movement of the at least one moving mass, transferring kinetic energy from the at least one moving mass into work energy by plastic deformation of a material associated with the at least one energy absorbing member (1, 31, 42, 53); and characterised in that plastic deformation is by: methods selected from: wire drawing, deep drawing, and combinations thereof; or by extrusion using a material that re-crystallises at room temperature; or by extrusion using a material that becomes deformable under energy loading thereby absorbing kinetic energy and imposing the retarding force; or by friction welding; or by controlled buckling in the form of torsional deformation through the act of twisting a wire, rod or bar, where the wire rod or bar buckles in a predetermined manner to absorb kinetic energy and impose the retarding force. at least one moving mass; at least one energy absorbing member (1, 31, 42, 53); and when the at least one moving mass reaches a predefined threshold, the at least one energy absorbing member (1, 31, 42, 53) engages and applies a retarding force on movement of the at least one moving mass, transferring kinetic energy from the at least one moving mass into work energy by plastic deformation of a material associated with the at least one energy absorbing member (1, 31, 42, 53); and characterised in that plastic deformation is by: methods selected from: wire drawing, deep drawing, and combinations thereof; or by extrusion using a material that re-crystallises at room temperature; or by extrusion using a material that becomes deformable under energy loading thereby absorbing kinetic energy and imposing the retarding force; or by friction welding; or by controlled buckling in the form of torsional deformation through the act of twisting a wire, rod or bar, where the wire rod or bar buckles in a predetermined manner to absorb kinetic energy and impose the retarding force. methods selected from: wire drawing, deep drawing, and combinations thereof; or by extrusion using a material that re-crystallises at room temperature; or by extrusion using a material that becomes deformable under energy loading thereby absorbing kinetic energy and imposing the retarding force; or by friction welding; or by controlled buckling in the form of torsional deformation through the act of twisting a wire, rod or bar, where the wire rod or bar buckles in a predetermined manner to absorb kinetic energy and impose the retarding force.
Tread profile of a vehicle tyre - in particular a passenger car tyre - with profile elements delimited by grooves (7, 8) and with sipes formed in profile elements, wherein the profile elements are delimited outwards in the radial direction R by a radially outer surface and the sipes are delimited radially inwards by a sipe base and on both sides of the sipe base respectively by a sipe wall (18, 19), wherein the sipe is formed in each case with a thickness D, with sipes, which are formed with delimited portions of extent which are arranged at a distance from one another and in which the sipe is formed with a thickness D', where D' ≠ D, wherein the delimited portion of extent is formed in each case by a notch or rib, which is made to extend in the radial direction R in one of the two sipe walls (18, 19) and has a length of extent H 2, measured in the radial direction R in the sipe wall, wherein, along the extent of the sipe in its direction of extent in the radially outer surface, the delimited portions of extent that are respectively at a distance from one another in a sipe wall (18, 19) of the sipe are arranged distributed with a density F, where the density F indicates the number of portions of extent formed along the extent of the sipe per cm of length, wherein profile elements (9, 14) comprising first sipes, with a density F 1 of portions of extent delimited in a sipe wall, are formed in the region of the tyre shoulders and wherein profile elements (2, 3, 4, 5) comprising second sipes, with a density F 2, where F 1 > F 2, portions of extent delimited in a sipe wall are formed in at least one axially middle region of extent of the tyre formed between the tyre shoulders, characterized in that the position of the maximum depth T MAX of the depth of extent T of the notch or the rib, measured perpendicularly to the sipe wall, is formed in the middle third of the radial length of extent H 2 of the notch or the rib.
A cut resistant garment, comprising a sweater portion made from a cut resistant material, said sweater portion comprising: (a) a chest portion; (b) a pair of sleeves (18, 20); and (c) a collar, said collar having a top edge and a bottom edge, said bottom edge of said collar being integral to said chest portion; (d) a closure extending from said top edge of said collar through at least part of said chest portion, said closure comprising: - an opening extending from the top edge of said collar through at least part of said chest portion; - a hook and loop fastener having a first part and a second part, said first part removably attachable to said second part; - a strip having the first part of said hook and loop fastener thereon; the cut resistant garment being characterized in that: - the second part of the hook and loop fastener disposed in at least two pieces, one of said two pieces adjacent to a first side of said opening and one said two pieces adjacent a second side of said opening; and - said closure being stiff relative to said collar to support said collar. (a) a chest portion; (b) a pair of sleeves (18, 20); and (c) a collar, said collar having a top edge and a bottom edge, said bottom edge of said collar being integral to said chest portion; (d) a closure extending from said top edge of said collar through at least part of said chest portion, said closure comprising: - an opening extending from the top edge of said collar through at least part of said chest portion; - a hook and loop fastener having a first part and a second part, said first part removably attachable to said second part; - a strip having the first part of said hook and loop fastener thereon; the cut resistant garment being - an opening extending from the top edge of said collar through at least part of said chest portion; - a hook and loop fastener having a first part and a second part, said first part removably attachable to said second part; - a strip having the first part of said hook and loop fastener thereon; the cut resistant garment being - the second part of the hook and loop fastener disposed in at least two pieces, one of said two pieces adjacent to a first side of said opening and one said two pieces adjacent a second side of said opening; and - said closure being stiff relative to said collar to support said collar.
An article with a thermal barrier comprising a coating of ceramic material comprising 20 to 100% wt-% titanium dioxide, wherein the thermal barrier is a plasma sprayed coating having a deep grey or black appearance, the thickness of the coating being at least 100 micrometres, the article being made of metal and being a car tail pipe or a motorcycle exhaust.
Application system (100, 400, 600, 700, 1000) for depositing a fluid product on a surface, said application system (100, 400, 600, 700, 1000) comprising: - a frame mounted on a locomotive system (150, 450) ensuring the displacement of the frame over the surface, - a tank mounted on the frame and receiving the fluid product to be applied, and - an application head fluidically connected with the tank via at least one supply nozzle, - a guiding system which comprises means for detecting the obstacles around the application system (100, 400, 600, 700, 1000), the application system being characterized in that the application head is arranged at the rear of the locomotive system in the direction of advance of the application system (100, 400, 600, 700, 1000). - a frame mounted on a locomotive system (150, 450) ensuring the displacement of the frame over the surface, - a tank mounted on the frame and receiving the fluid product to be applied, and - an application head fluidically connected with the tank via at least one supply nozzle, - a guiding system which comprises means for detecting the obstacles around the application system (100, 400, 600, 700, 1000),
A method of supplying ink comprising: providing a container including at least three chambers (90, 92, 94, 96) arranged between a first end and a second end of the container, with a first respective chamber at the first end including a fluid communication port, the other respective chambers (90, 92, 94) configured to hold a volume of free ink, wherein the chambers (90, 92, 94, 96) include an open end at the top of each respective chamber and facing in generally the same orientation; providing a vent at a top portion of the container at the second end of the container and generally opposite side of the container relative to the fluid communication port; and arranging a negative pressure generating member to be interposed between the vent and the other respective chambers (90, 92, 94), to extend across a top of the respective other chambers (90, 92, 94), and to be in direct fluid communication with both the respective other chambers (90, 92, 94) and the fluid communication port, to provide an ink supply path from the free ink chambers (90, 92, 94) to the fluid communication port. providing a container including at least three chambers (90, 92, 94, 96) arranged between a first end and a second end of the container, with a first respective chamber at the first end including a fluid communication port, the other respective chambers (90, 92, 94) configured to hold a volume of free ink, wherein the chambers (90, 92, 94, 96) include an open end at the top of each respective chamber and facing in generally the same orientation; providing a vent at a top portion of the container at the second end of the container and generally opposite side of the container relative to the fluid communication port; and arranging a negative pressure generating member to be interposed between the vent and the other respective chambers (90, 92, 94), to extend across a top of the respective other chambers (90, 92, 94), and to be in direct fluid communication with both the respective other chambers (90, 92, 94) and the fluid communication port, to provide an ink supply path from the free ink chambers (90, 92, 94) to the fluid communication port.
Endoscope having an alternating propulsion comprising an endoscope shaft and an auxiliary means, wherein the endoscope is adapted to be propelled into a cavity by alternately retaining the endoscope shaft and the auxiliary means with respect to a canal-shaped cavity to be inspected and simultaneously propelling the element which is currently not being retained by guiding it along the element which is currently being retained, wherein the auxiliary means is a hose which surrounds the endoscope shaft and the basis flexibility of which is higher than the basis flexibility of the endoscope shaft, and characterized in that the hose is provided with cavities at its inner or outer circumference or within its wall having the form a plurality of fluid pads which can be filled with a medium for temporarily stiffening the hose, such that the flexibility of the hose can be made smaller than the basis flexibility of the endoscope shaft by increasing the pressure of the medium within the respective fluid pads, and wherein the fluid pads are adapted to be additionally pressed against a wall of the canal-shaped cavity to be inspected by the pressure built-up within the fluid pads.
A method of selecting a therapeutic agent for retina denaturation or a disease associated with retina denaturation for a patient with retina denaturation or the disease associated with retina denaturation, comprising (i) a step of examining genotypes of HLA-A gene locus, HLA-B gene locus and HLA-DR gene locus of patient-derived T cells, (ii) a step of selecting a retinal pigment epithelial cell having an allele matching the allele at each gene locus clarified in step (i), wherein the retinal pigment epithelial cell in step (ii) has an HLA-A gene locus, an HLA-B gene locus and an HLA-DR gene locus, and a genotype of each locus is homozygous. (i) a step of examining genotypes of HLA-A gene locus, HLA-B gene locus and HLA-DR gene locus of patient-derived T cells, (ii) a step of selecting a retinal pigment epithelial cell having an allele matching the allele at each gene locus clarified in step (i),
A method implemented by a cooperating mobile device in a wireless communication network for supporting coordinated multipoint transmission and reception for a primary mobile device, said method comprising: determining, by the cooperating mobile device, a utility metric based on a link quality between the cooperating mobile device and a serving base station for the primary mobile device; selectively joining, by said cooperating mobile device, a coordinating set for the primary mobile device based on the utility metric, said coordinating set including a serving base station for the primary mobile device and at least one cooperating base station; receiving, by the cooperating mobile device as a member of said coordinating set, a data signal transmitted from one of the primary mobile device and the serving base station to the other; and retransmitting, by the cooperating mobile device as a member of said coordinating set, the data signal to the other of the serving base station and the primary mobile device. determining, by the cooperating mobile device, a utility metric based on a link quality between the cooperating mobile device and a serving base station for the primary mobile device; selectively joining, by said cooperating mobile device, a coordinating set for the primary mobile device based on the utility metric, said coordinating set including a serving base station for the primary mobile device and at least one cooperating base station; receiving, by the cooperating mobile device as a member of said coordinating set, a data signal transmitted from one of the primary mobile device and the serving base station to the other; and retransmitting, by the cooperating mobile device as a member of said coordinating set, the data signal to the other of the serving base station and the primary mobile device.
A blank assembly for a housing of a terminal comprising: a first blank having a slit defined along a thickness direction of the first blank; a second blank having a protrusion portion, wherein at least a part of the protrusion portion extends into the slit; and a filler filled in the slit; characterized in that an outer surface of at least the part of the protrusion portion extending into the slit is spaced apart from an inner wall of the slit and at least the part of the protrusion portion extending into the slit is connected with the first blank by means of the filler. a first blank having a slit defined along a thickness direction of the first blank; a second blank having a protrusion portion, wherein at least a part of the protrusion portion extends into the slit; and a filler filled in the slit; characterized in that an outer surface of at least the part of the protrusion portion extending into the slit is spaced apart from an inner wall of the slit and at least the part of the protrusion portion extending into the slit is connected with the first blank by means of the filler.
An antibody or antigen binding fragment thereof that binds to FLT-3 comprising a CDRH1 having the amino acid sequence of SEQ ID NO:23, a CDRH2 having the amino acid sequence of SEQ ID NO:29, a CDRH3 having the amino acid sequence of SEQ ID NO:32, a CDRL1 having the amino acid sequence of SEQ ID NO: 14, a CDRL2 having the amino acid sequence of SEQ ID NO: 17, and a CDRL3 having the amino acid sequence of SEQ ID NO:20, wherein, optionally, the antigen-binding fragment is selected from the group consisting of Fab, Fab', F(ab') 2, Fv, and scFv; wherein optionally the antibody comprises an Fc region that is an IgG subtype; and wherein optionally the antibody comprises an Fc region that comprises a substitution of a non-natural amino acid at amino acid position 124 of the heavy chain, and wherein the non-natural amino acid is para-acetylphenylalanine (pAF).