mhurhangee/ep-ind-claims huggingface dataset:
Film of polycarbonate composition containing: A) 82-99.5% by weight (based in each case on the sum of the parts by weight of the components A+B) of at least one polycarbonate having high heat distortion resistance and based on one or more cycloaliphatic bisphenols of the formula 1 in which R1 and R2, independently of one another, denote hydrogen, halogen, C 1 -C 8 -alkyl, C 5 -C 6 -cycloalkyl, phenyl, C 7 -C 12 -aralkyl, n is an integer from 4 to 7, R3 and R4 are selectable for each X individually and, independently of one another, denote hydrogen or C 1 -C 6 -alkyl and X denotes carbon, with the proviso that, on at least one atom X, R3 and R4 simultaneously denote alkyl; and B) 0.5-18% by weight (based in each case on the sum of the parts by weight of the components A+B) of at least one ethylene-alkyl acrylate block copolymer. A) 82-99.5% by weight (based in each case on the sum of the parts by weight of the components A+B) of at least one polycarbonate having high heat distortion resistance and based on one or more cycloaliphatic bisphenols of the formula 1 in which R1 and R2, independently of one another, denote hydrogen, halogen, C 1 -C 8 -alkyl, C 5 -C 6 -cycloalkyl, phenyl, C 7 -C 12 -aralkyl, n is an integer from 4 to 7, R3 and R4 are selectable for each X individually and, independently of one another, denote hydrogen or C 1 -C 6 -alkyl and X denotes carbon, with the proviso that, on at least one atom X, R3 and R4 simultaneously denote alkyl; and R1 and R2, independently of one another, denote hydrogen, halogen, C 1 -C 8 -alkyl, C 5 -C 6 -cycloalkyl, phenyl, C 7 -C 12 -aralkyl, n is an integer from 4 to 7, R3 and R4 are selectable for each X individually and, independently of one another, denote hydrogen or C 1 -C 6 -alkyl and X denotes carbon, with the proviso that, on at least one atom X, R3 and R4 simultaneously denote alkyl; and B) 0.5-18% by weight (based in each case on the sum of the parts by weight of the components A+B) of at least one ethylene-alkyl acrylate block copolymer.
A method for operating a robotic vehicle, comprising: monitoring, by a processor of the robotic vehicle, environmental conditions affecting predictability of control or navigation of the robotic vehicle; determining, by the processor of the robotic vehicle, an amount of impact on the control or navigation of the robotic vehicle the monitored environmental conditions may have; and in response to determining that control or navigation of the robotic vehicle is or could be compromised by the amount of impact, adjusting a proximity threshold used in a collision avoidance system consistent to accommodate the determined amount of impact with an effect on the control or navigation of the robotic vehicle. determining, by the processor of the robotic vehicle, an amount of impact on the control or navigation of the robotic vehicle the monitored environmental conditions may have; and in response to determining that control or navigation of the robotic vehicle is or could be compromised by the amount of impact, adjusting a proximity threshold used in a collision avoidance system consistent to accommodate the determined amount of impact with an effect on the control or navigation of the robotic vehicle.
A customer premises equipment configuration management method, comprising: establishing, by a customer premises equipment, CPE, a session connection to a first auto-configuration server, ACS, wherein the first ACS is a master ACS, and receiving first configuration information sent by the first ACS, wherein the first configuration information is a parameter configured by the first ACS based on a first data model, wherein the first data model is a data model based on a non-TR069 protocol; establishing, by the CPE, a session connection to a second ACS, wherein the second ACS is a slave ACS, and receiving second configuration information sent by the second ACS, wherein the second configuration information is a parameter configured by the second ACS based on a second data model, wherein the second data model is a data model based on a TR069 protocol; and performing, by the CPE, configuration management operations of the first configuration information and the second configuration information, characterized in that before the establishing, by the CPE, a session connection to a second ACS, and receiving second configuration information sent by the second ACS, the method further comprises: activating, by the CPE, the second ACS based on the first configuration information. establishing, by a customer premises equipment, CPE, a session connection to a first auto-configuration server, ACS, wherein the first ACS is a master ACS, and receiving first configuration information sent by the first ACS, wherein the first configuration information is a parameter configured by the first ACS based on a first data model, wherein the first data model is a data model based on a non-TR069 protocol; establishing, by the CPE, a session connection to a second ACS, wherein the second ACS is a slave ACS, and receiving second configuration information sent by the second ACS, wherein the second configuration information is a parameter configured by the second ACS based on a second data model, wherein the second data model is a data model based on a TR069 protocol; and performing, by the CPE, configuration management operations of the first configuration information and the second configuration information, characterized in that before the establishing, by the CPE, a session connection to a second ACS, and receiving second configuration information sent by the second ACS, the method further comprises: activating, by the CPE, the second ACS based on the first configuration information.
A device comprising a power and/or telecommunications cable and/or a cable accessory, characterized in that said cable and/or said cable accessory comprises at least one fire-resistant insulating layer based on a composite material comprising at least one cement material representing from 5 to 95 % by weight relative to the total weight of the composite material, and at least one nonwoven fibrous material of soft, flexible structure, in that said layer is an inner layer of said cable or of said cable accessory, and in that the cement material is a solid material comprising silicon (Si), aluminium (Al), phosphate, oxygen and at least one element selected from among potassium, sodium (Na), lithium (Li), caesium (Cs) and calcium (Ca), said solid material being a geopolymer cement or being derived from a mixture composed of an anhydrous cement and water.
A system, comprising a cone for use in a Pepper's Ghost illusion, comprising a conical wall of semi-reflective material; an attachment member for removably attaching the cone to the surface of a light emissive display; and a light emissive display adapted to display images that have been distorted by an inverse of the distortion caused by the reflection of the cone; characterized by: a physical engagement detector other than a touch surface of the light emissive display, and adapted to detect the position of the attachment member of the cone, relative to the light emissive display; and a positioning processor adapted to control a position of the images, which have been distorted by the inverse of the distortion caused by the reflection of the cone, on the light emissive display responsive to the detected position of the attachment member of the cone. a cone for use in a Pepper's Ghost illusion, comprising a conical wall of semi-reflective material; an attachment member for removably attaching the cone to the surface of a light emissive display; and a light emissive display adapted to display images that have been distorted by an inverse of the distortion caused by the reflection of the cone; a physical engagement detector other than a touch surface of the light emissive display, and adapted to detect the position of the attachment member of the cone, relative to the light emissive display; and a positioning processor adapted to control a position of the images, which have been distorted by the inverse of the distortion caused by the reflection of the cone, on the light emissive display responsive to the detected position of the attachment member of the cone.
An optoelectronic device comprising: ▪ at least one pixel (Pxl), each pixel comprising ∘ an optical resonator comprising a photodetecting structure confined between a first metal layer and a second reflective metal layer; ▪ and a readout integrated circuit (ROIC) arranged on a substrate; the optoelectronic device being characterised in that the readout integrated circuit comprises at least one buried readout electrode dedicated to the pixel (Pxl) and at least one metal or dielectric outer layer (M3, D2); the assembly comprising at least the second reflective metal layer and the outer layer (M3, D2) of the readout integrated circuit being referred to as planar assembly structure; the first metal layer being connected to the readout electrode by way of a metal via passing through the optical resonator structure and the planar assembly structure; the metal via being electrically isolated from the photodetecting structure and from the planar assembly structure. ▪ at least one pixel (Pxl), each pixel comprising ∘ an optical resonator comprising a photodetecting structure confined between a first metal layer and a second reflective metal layer; ∘ an optical resonator comprising a photodetecting structure confined between a first metal layer and a second reflective metal layer; ▪ and a readout integrated circuit (ROIC) arranged on a substrate; the optoelectronic device being characterised in that the readout integrated circuit comprises at least one buried readout electrode dedicated to the pixel (Pxl) and at least one metal or dielectric outer layer (M3, D2); the assembly comprising at least the second reflective metal layer and the outer layer (M3, D2) of the readout integrated circuit being referred to as planar assembly structure; the first metal layer being connected to the readout electrode by way of a metal via passing through the optical resonator structure and the planar assembly structure; the metal via being electrically isolated from the photodetecting structure and from the planar assembly structure.
Knitting needle for knitting machines, with a needle shaft (1, 21) equipped with a needle hook (6, 26), and with at least one drive foot (3, 23) located at its top for moving the needle (10, 20), moveable from a lower position into at least one lifted position or from an upper position into at least one lowered position, characterised in that the at least one drive foot (3, 23) is located on the end of the needle (10, 20) opposite the needle hook, and in that the needle shaft (1, 21) comprises at least one stop (5, 25) for delimiting the movement of the drive foot (3, 23) in at least one of its directions of movement.
A mobile robot, comprising: a body; a bumper which is spaced apart from the body and surrounds at least a portion of an outer circumference of the body; a position restoring module, with one side being connected to the body and the other side being connected to the bumper, and having an elastic member; a bumper guide module, having a guide hole which is formed at one side of the bumper, and a protruding guider which corresponds to the guide hole in the body and is inserted into the guide hole to move inside the guide hole; and an impact sensing module disposed at one side of the body, and having a bar (75, 76) which is adjacent to the bumper and moves along with the bumper when impact is applied, and a detection sensor configured to detect movement of the bar (75, 76), characterized in that the impact sensing module comprises: a sensing module case disposed at one side of the body; a hinge disposed inside the sensing module case and having a rotation axis which is perpendicular to the floor; a first bar, one side of which is adjacent to an inner surface of the bumper and the other side of which is connected to the hinge; and a second bar, on one side of which a detection sensor for detecting movement is disposed, and the other side of which is connected to the hinge. a body; a bumper which is spaced apart from the body and surrounds at least a portion of an outer circumference of the body; a position restoring module, with one side being connected to the body and the other side being connected to the bumper, and having an elastic member; a bumper guide module, having a guide hole which is formed at one side of the bumper, and a protruding guider which corresponds to the guide hole in the body and is inserted into the guide hole to move inside the guide hole; and an impact sensing module disposed at one side of the body, and having a bar (75, 76) which is adjacent to the bumper and moves along with the bumper when impact is applied, and a detection sensor configured to detect movement of the bar (75, 76), characterized in that the impact sensing module comprises: a sensing module case disposed at one side of the body; a hinge disposed inside the sensing module case and having a rotation axis which is perpendicular to the floor; a first bar, one side of which is adjacent to an inner surface of the bumper and the other side of which is connected to the hinge; and a second bar, on one side of which a detection sensor for detecting movement is disposed, and the other side of which is connected to the hinge. a sensing module case disposed at one side of the body; a hinge disposed inside the sensing module case and having a rotation axis which is perpendicular to the floor; a first bar, one side of which is adjacent to an inner surface of the bumper and the other side of which is connected to the hinge; and a second bar, on one side of which a detection sensor for detecting movement is disposed, and the other side of which is connected to the hinge.
A method of wireless communication in a network for a scheduling entity to communicate with a subordinate entity utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of subframes, the method comprising: transmitting scheduling information in a control portion of a subframe of the plurality of subframes; communicating data information corresponding to the scheduling information in a data portion of the subframe; communicating acknowledgement information corresponding to the data information in an acknowledgement portion of the subframe, wherein the control portion, the data portion, and the acknowledgement portion are contained in the subframe, the subframe defined via a subframe structure with the control portion and the acknowledgement portion being spaced apart and the data portion being communicated between the control portion and the acknowledgement portion. transmitting scheduling information in a control portion of a subframe of the plurality of subframes; communicating data information corresponding to the scheduling information in a data portion of the subframe; communicating acknowledgement information corresponding to the data information in an acknowledgement portion of the subframe, wherein the control portion, the data portion, and the acknowledgement portion are contained in the subframe, the subframe defined via a subframe structure with the control portion and the acknowledgement portion being spaced apart and the data portion being communicated between the control portion and the acknowledgement portion.
A method for demannosylating phosphorylated N-glycans on a glycoprotein, said method comprising contacting a glycoprotein comprising a terminal alpha-1,2 mannose linkage in which the underlying mannose is phosphorylated with a mannosidase, or with a biologically active fragment of the mannosidase, wherein the mannosidase or fragment is capable of hydrolysing a terminal alpha-1,2 mannose linkage when the underlying mannose is phosphorylated and the contacting results in hydrolysis of the terminal alpha-1,2 mannose linkage to produce a demannosylated glycoprotein, and wherein the mannosidase comprises an amino acid sequence that is at least 70% identical to SEQ ID NO: 5, or comprises an amino acid sequence encoded by a nucleic acid that is at least 70% identical to the nucleic acid sequence SEQ ID NO: 4.
A method operating in a fixed access network, AIN, wherein the fixed access network, AIN, is a physical access network, comprising the following steps: i. providing in the fixed access network, AIN, a virtual node (VN_A1,..., VN_B3) for at least one third party (E-SN 1, E-SN 2), wherein the third party (E-SN 1, E-SN 2) is a virtual access network or a service provision network, coupled to the physical access network, AIN, the virtual node (VN_A1,..., VN_B3) being used for bearing and operating a function defined by the third party (E-SN 1, E-SN 2) and wherein the fixed access network, AIN, allows a virtual network operator, or a service provision network operator which is the third party network operator, to place a logic function to the virtual node, and allocating an address for the virtual node (VN_A1,..., VN_B3) to identify the virtual node (VN_A1,..., VN_B3); ii. informing the address to a UE (UE 1,..., UE 7); iii. providing a communication connection between the UE (UE 1,..., UE 7) and the virtual node (VN_A1,..., VN_B3) according to the address, wherein the UE (UE1,..., U7) accesses the virtual node from the fixed access network, AIN. i. providing in the fixed access network, AIN, a virtual node (VN_A1,..., VN_B3) for at least one third party (E-SN 1, E-SN 2), wherein the third party (E-SN 1, E-SN 2) is a virtual access network or a service provision network, coupled to the physical access network, AIN, the virtual node (VN_A1,..., VN_B3) being used for bearing and operating a function defined by the third party (E-SN 1, E-SN 2) and wherein the fixed access network, AIN, allows a virtual network operator, or a service provision network operator which is the third party network operator, to place a logic function to the virtual node, and allocating an address for the virtual node (VN_A1,..., VN_B3) to identify the virtual node (VN_A1,..., VN_B3); ii. informing the address to a UE (UE 1,..., UE 7); iii. providing a communication connection between the UE (UE 1,..., UE 7) and the virtual node (VN_A1,..., VN_B3) according to the address, wherein the UE (UE1,..., U7) accesses the virtual node from the fixed access network, AIN.
A method of forming a lactylate, said method comprising reacting a dilactide with a compound comprising a -COOH group to form the lactylate, wherein the molar ratio of dilactide to the compound comprising a -COOH group is from 1:0.25 to 1:4.
Wear indicator for a windscreen wiper which comprises at least one ageing member able to change appearance when the wiper has been used for a specified period of time, and removable protective means for protecting the ageing member, which cover the ageing member before the use of the wiper and which are able to be detached from the ageing member at the start of use of the wiper, characterized in that the removable protective means are made of a water-soluble material such that the protective means are able to be disintegrated upon the first use of the wiper.
A method, comprising: recording, by a first time delayed playback, TDP, device, a first feed from a feed source output, the first feed to be broadcast to a first audience at a first time, at least part of the first feed to be broadcast to a second audience at a second time later than the first time; recording, by a second TDP device, a second feed from the feed source output in parallel with the recording of the first feed by the first TDP device; determining, by the first TDP device, during the recording of the first feed, a time and a time amount for a failure resulting in a missed feed portion from the recording of the first feed, wherein the failure, the time for the failure, and the time amount for the failure are recorded when determined during the recording of the first feed; providing a portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed from the second TDP device; and switching, during an output of the recording of the first feed for the broadcast to the second audience at the second time, to an output of the portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed, the portion of the recording of the second feed including the known time and lasting the known time amount. recording, by a first time delayed playback, TDP, device, a first feed from a feed source output, the first feed to be broadcast to a first audience at a first time, at least part of the first feed to be broadcast to a second audience at a second time later than the first time; recording, by a second TDP device, a second feed from the feed source output in parallel with the recording of the first feed by the first TDP device; determining, by the first TDP device, during the recording of the first feed, a time and a time amount for a failure resulting in a missed feed portion from the recording of the first feed, wherein the failure, the time for the failure, and the time amount for the failure are recorded when determined during the recording of the first feed; providing a portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed from the second TDP device; and switching, during an output of the recording of the first feed for the broadcast to the second audience at the second time, to an output of the portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed, the portion of the recording of the second feed including the known time and lasting the known time amount.
Waffle element for a production plant that comprises at least one opening wherein the opening has a rectangular outline and the waffle element has a square outline, characterised in that in a view from above onto the waffle element one side of the rectangular opening forms an acute angle (α) with one side of the square waffle element.
A process for hydroformylating an olefinic feedstock, comprising forming a homogeneous reaction mixture including the olefinic feedstock, a hydroformylation catalyst and a single inert solvent, reacting the olefinic feedstock with carbon monoxide and with hydrogen in the presence of the catalyst under elevated temperature and pressure conditions sufficient to carry out a hydroformylation of the olefinic feedstock, then recovering substantially all of the solvent overhead as a vapor by reducing the pressure and degassing the product mixture, wherein the olefinic feedstock comprises allyl alcohol, and wherein the single inert solvent is a liquefiable petroleum gas or a mixture of such gases and is in a near critical state at the elevated temperature and pressure conditions in the reactor, wherein the near critical state means that the solvent is between 0.7-1.3 times its absolute critical temperature.